JP2005104554A - Packaging system for game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a packaging system for a game machine, which facilitates the discovery of an illegal alteration of the game machine, using an inexpensive packaging sheet, and prints the packaging sheet with information in an easily seeable manner. <P>SOLUTION: In an inner packaging apparatus 201 of the packaging system, a sheet cover mechanism 211 covers the outer periphery of the game machine P1 with an inner packaging sheet SH1, which is made of a thermoplastic material, to cover at least a part of a controller of the game machine P1, such as a main board box or the like, and a heat treatment mechanism 251 executes a heat treatment at least on a part of the inner packaging sheet SH1 covering the outer periphery of the game machine P1. Then a first printing apparatus 180 prints information of the game machine, such as a name, a serial number, or the like, on the inner packaging sheet SH1 in which the game machine P1 is packaged by the inner packaging apparatus 201. The information is printed clearly on the surface of the packaging sheet SH1 because the sheet SH1 is stuck almost airtightly to the outer periphery of the game machine P1. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a system for automatically packaging a gaming machine such as a pachinko machine, and more particularly to a packaging system for automatically packaging a gaming machine in consideration of preventing unauthorized modification of the gaming machine.

  Conventionally, the shipment of gaming machines such as pachinko machines has a form in which the entire gaming machine is delivered to the hall and a form in which the gaming board is delivered to the hall during so-called plate change. In the case of delivery, the entire gaming machine is manufactured on the gaming machine production line, and after sticking a stamp on the gaming board, board box or ROM of the manufactured gaming machine, the entire gaming machine is put into a plastic bag to prevent unauthorized modification. It is packed in a bag so as to be sealed (see, for example, Patent Document 1 and Patent Document 2).

  However, after opening the plastic bag that wraps the entire gaming machine and taking out the gaming machine, after tampering with the control device, the gaming machine is returned to the plastic bag and the opening part of the plastic bag is closed by some method, etc. It has been pointed out that when crafting is performed, there may be cases where the original packaging state is almost indistinguishable.

On the other hand, for the purpose of preventing unauthorized modification and facilitating the confirmation work of the outer diameter of the pachinko machine, only the inner frame of the pachinko machine composed of the inner frame and the outer frame is sealed and packaged so that it can be delivered together with the outer frame. Machine packaging methods have been proposed. Specifically, (1) Stretching a stretchable vinyl sheet and wrapping it around the control unit with the strength of the inner frame and the strength of the product without damaging the product. , Or a method of sealing and wrapping with a tape that clearly shows the pachinko machine manufacturer's logo, etc., (2) a method in which the entire inner frame is put into a bag-like sheet from above and sealed at the top, and (3) an inner frame On the other hand, the sheet is wrapped around the control unit in the vertical direction and sealed with tape, (4) The sheet is divided and wrapped around the control unit and sealed with tape, (5) Only the tape is wrapped around the control unit A method of winding has been proposed (see, for example, Patent Document 3).
JP 2003-93623 A Japanese Patent No. 3415042 JP 2002-52157 A

However, the pachinko machine packaging method described in Patent Document 2 described above has drawbacks in terms of workability and discovery of unauthorized modification. For example, in each of the methods (1), (3) or (4), the vinyl sheet is stretched and wound around the inner frame. If it is too weak, the adhesiveness to the tampering protection part is insufficient, and it is easy to perform repackaging so that it cannot be distinguished from the original packaging state. Further, the method (2) or (5) also has a drawback that it is relatively easy to perform repackaging so as to exhibit an appearance substantially similar to the original packaging state. In addition, when the packaging method described in Patent Document 2 is manually performed by a human, there is a problem that work efficiency is poor because a pachinko machine is large. Furthermore, it is preferable that the sheet used for packaging of the gaming machine is easy to find counterfeit and is difficult to counterfeit, and since the gaming machine is mass-produced, it is preferable that the sheet is as cheap as possible. .
On the other hand, various information has been conventionally printed on the outer packaging sheet that wraps the entire gaming machine, but it is avoided that ink adheres to the part that controls the main part of the gaming machine and causes defects. In order to do so, it is necessary to print by avoiding the relevant part of the outer packaging sheet, and there is a problem that the amount of printable information is limited due to restrictions on the printing space and the size of the characters to be printed must be set small. There were also problems such as not becoming.
The problem to be solved is to provide a packaging system for a gaming machine that makes it easy to find unauthorized alterations to gaming machines using inexpensive packaging sheets and that allows easy viewing and printing of information on the packaging sheets. .

Hereinafter, each means suitable for solving the above-described problems will be described with additional effects and the like as necessary.
1. A system for packaging a gaming machine,
A sheet attaching means for attaching an inner packaging sheet made of a thermoplastic material to the outer periphery of the gaming machine so as to cover at least a part of a part for controlling the gaming machine, and an outer periphery of the gaming machine. A heat treatment means for heat-treating at least part of the inner packaging sheet,
A gaming machine packaging system comprising: a printing device for printing information relating to the gaming machine on an inner packaging sheet wrapped by the inner packaging device.

  According to the means 1, in the inner packaging device, first, the sheet adhering means places an inner packaging sheet made of a thermoplastic material on the outer periphery of the gaming machine so as to cover at least a part of the part that controls the gaming machine. Adhere. Next, when the heat treatment means heat-treats at least a part of the inner wrapping sheet attached to the outer periphery of the gaming machine, the inner wrapping sheet is made of a thermoplastic material. It adheres substantially along the outer peripheral shape of the gaming machine. After the heat treatment by the heat treatment means is completed, the heat-treated portion of the inner packaging sheet made of thermoplastic material is cooled and cured at room temperature, so that the packaging sheet is kept in close contact with the outer periphery of the gaming machine. Subsequently, the printing device prints information on the gaming machine on the inner packaging sheet wrapped by the inner packaging device. At this time, since the inner packaging sheet is substantially in close contact with the outer periphery of the gaming machine, clear printing can be performed on the surface. That is, the means 1 attaches a packaging sheet made of a thermoplastic material to the outer periphery of the gaming machine so as to cover at least a part of the part that controls the gaming machine, and the outer periphery of the gaming machine. Applying heat treatment to at least a part of the inner wrapping sheet to cause the inner wrapping sheet to shrink, and substantially contacting the inner wrapping sheet along the outer peripheral shape of the gaming machine; and printing information relating to the gaming machine on the inner wrapping sheet; Can be carried out automatically and continuously.

And since the gaming machine packaged by the means 1 is packaged so that the inner packaging sheet is substantially in close contact with the outer periphery, it is possible to more reliably detect unauthorized modification and prevent unauthorized modification. be able to. That is, in order to tamper with the part that controls the gaming machine such as the main board, it is necessary to cut and open the inner packaging sheet. For this reason, since the inner packaging sheet is opened when unauthorized modification is performed, the unauthorized modification can be reliably detected. Also, once the inner packaging sheet is cut and unsealed, it is substantially closely attached to the outer periphery of the gaming machine so as to cover at least a part of the portion to be controlled by the gaming machine, and then wrapped again to return to the original state. This is extremely difficult, and it is expected that the effect of preventing unauthorized modification by reducing the willingness of those who try to perform unauthorized modification will be expected. In addition, because information on gaming machines is printed on the inner packaging sheet that wraps gaming machines, information on gaming machines can be easily obtained for mass-produced gaming machines during shipping, delivery, installation in halls, etc. Can be confirmed. In addition, printing information related to gaming machines on the inner packaging sheet increases the difficulty of counterfeiting cheap inner packaging sheets, making it easier to find unauthorized modifications and preventing the effects of unauthorized modification. Improvements can be made.
In addition, the inner packaging device is contracted by heat treatment in a state where the inner packaging sheet is attached and is brought into close contact with the outer periphery of the gaming machine, so that the sheet is stretched and wound around the gaming machine as in the conventional method of packaging. It is not necessary to adjust the stretch strength and winding strength of the sheet. For this reason, there is no problem that the inner wrapping sheet is torn or the inner wrapping sheet is wound to adversely affect each component of the gaming machine.

2. An outer wrapping device for wrapping the entire gaming machine in which the inner wrapping sheet is wrapped on the outer periphery in a sealed manner with an outer wrapping sheet;
The printing device includes a first printing device that prints information relating to the gaming machine on an inner packaging sheet wrapped by the inner packaging device, and information relating to the gaming machine on an outer packaging sheet wrapped by the outer packaging device. The game machine packaging system according to claim 1, characterized in that the game machine packaging system comprises: a second printing device that prints.

  According to the means 2, when the inner packaging sheet is wrapped on the outer periphery of the gaming machine by the inner packaging device, the first printing device prints information about the gaming machine on the inner packaging sheet, and further, by the outer packaging device. When the entire gaming machine in which the inner packaging sheet is packaged on the outer periphery is packaged in a sealed manner by the outer packaging sheet, the second printing device is connected to the outer packaging sheet packaged by the outer packaging device. Print information about That is, the step of packaging the game machine with the inner packaging sheet by means 2, the step of printing information about the gaming machine on the inner packaging sheet, the step of packaging with the outer packaging sheet, and the outer packaging And the process of printing information on the gaming machine on the work sheet can be carried out automatically and continuously.

And since the gaming machine packaged by means 2 is double-wrapped by the inner packaging sheet and the outer packaging sheet, it is possible to more reliably detect unauthorized modification and prevent unauthorized modification. You can plan. That is, in order to tamper with the part that controls the gaming machine such as the main board, it is necessary to first cut and open the outer packaging sheet, and further cut and open the inner packaging sheet. For this reason, when unauthorized modification is performed, since the outer packaging sheet and the inner packaging sheet are opened, the unauthorized modification can be reliably detected. Also, once the inner packaging sheet is cut and unsealed, it is substantially closely attached to the outer periphery of the gaming machine so as to cover at least a part of the portion to be controlled by the gaming machine, and then wrapped again to return to the original state. It is extremely difficult, and furthermore, not only the dust and the like are prevented from being sealed by sealing the entire gaming machine with the outer wrapping sheet, but the wrapping state with the inner wrapping sheet is also reliably maintained, This can be reliably detected when packaging is performed again by a person who has made unauthorized modifications. In addition, because the double-wrapping is more stringent than conventional with the inner packaging sheet and the outer packaging sheet for the gaming machine, it will reduce the willingness of those who try to tamper with it and tamper with it It is also expected that the effect of preventing this will be demonstrated.
In addition, since information about gaming machines is printed on both the inner packaging sheet and the outer packaging sheet, the difficulty of counterfeiting the packaging sheet is further increased, and unauthorized alterations can be found more reliably. It is possible to improve the effect of preventing modification. Further, since information relating to the gaming machine is also printed on the outer packaging sheet, the information relating to the gaming machine can be easily visually recognized from the outside during shipping, delivery, installation work in the hall, and the like.

  Furthermore, conventionally, since the packaging with the inner packaging sheet was not performed, various information was printed only on the packaging with the outer packaging sheet. However, the ink adheres to the part that controls the main part of the gaming machine. In order to avoid the occurrence of defects, it is necessary to print while avoiding the relevant part of the outer packaging sheet, and there is a problem that the amount of information that can be printed is limited due to the limited printing space and the characters to be printed There was also a problem such as having to set a smaller size. According to the means 3, since information can be printed on both the inner packaging sheet and the outer packaging sheet, a sufficiently large printing space can be secured and a large amount of information can be printed. Further, according to the means 3, since the inner packaging sheet is packaged so as to cover at least the portion to be controlled inside the outer packaging sheet, there is no restriction as described above, and the outer packaging sheet has no restrictions. Information can be printed at an arbitrary position with characters of an arbitrary size, and work efficiency can be greatly improved. For example, the certificate number affixed to the gaming machine has a management number printed with extremely small characters. By printing the management number in a relatively large size on the inner packaging sheet or the outer packaging sheet, the work efficiency is greatly improved. Improvement can be expected.

3. The first printing device prints first information about the gaming machine on an inner packaging sheet wrapped by the inner packaging device,
The game according to means 2, wherein the second printing device prints second information at least partially different from the first information on an outer packaging sheet packaged by the outer packaging device. Machine packaging system.
According to the means 3, the first information on the gaming machine is printed on the inner packaging sheet packaged by the inner packaging device, and the first information and the first information on the outer packaging sheet packaged by the outer packaging device are Since at least a part of the second information is printed, different information can be printed according to the use of each packaging sheet.

4). The first information includes at least identification information capable of identifying the gaming machine,
4. The gaming machine packaging system according to claim 3, wherein the second information includes at least information related to a delivery destination of the gaming machine.
According to the means 4, since the first information including identification information that can identify at least the gaming machine is printed on the inner packaging sheet, the gaming machine is identified with the inner packaging sheet being packaged. In addition, the inner wrapping sheet is unique to the gaming machine, and the forgery of the wrapping sheet can be prevented. In addition, since the second information including at least information related to the delivery destination of the gaming machine is printed on the outer packaging sheet, the information related to the delivery destination (for example, the name of the delivery destination) can be obtained by viewing the outer packaging sheet. And delivery address).

5). 5. The gaming machine packaging system according to means 3 or 4, wherein at least a part of the first information and the second information are common.
According to the means 5, since the first information printed on the inner packaging sheet and the second information printed on the outer packaging sheet are at least partially in common, It can be confirmed that the packaging sheet is packaged in the correct combination. Therefore, for example, even when the packaging line is temporarily stopped for some reason and the operation is resumed, it can be confirmed whether or not the combination of the inner packaging sheet and the outer packaging sheet is correct. As common information for the first information and the second information, the number management information (for example, the total number of delivered gaming machines and the serial number of the gaming machine) can be used.

6). 6. The gaming machine packaging system according to any one of means 2 to 5, wherein the outer packaging sheet is a transparent or translucent sheet.
According to the means 6, since the packaging state of the inner packaging sheet on the outer periphery of the gaming machine can be easily seen through the transparent or translucent outer packaging sheet, it is possible to easily detect unauthorized modification. Therefore, it is possible to prevent unauthorized modification by recognizing the difficulty of unauthorized modification. In addition, when a game machine is shipped or the like, information on the game machine printed on the inner packaging sheet can be viewed through the outer packaging sheet.

7). The game according to means 6, wherein a portion printed on the inner packaging sheet by the first printing device and a portion printed on the outer packaging sheet by the second printing device are adjacent to each other. Machine packaging system.
According to the means 7, the location printed on the inner packaging sheet by the first printing device and the location printed on the outer packaging sheet by the second printing device are adjacent to each other. When performing, the information printed on the outer wrapping sheet and the information printed on the inner wrapping sheet visible through the transparent outer wrapping sheet can be viewed at a time, thereby improving the working efficiency.

8). The inner packaging sheet is a colored sheet, and the outer packaging sheet is a transparent or translucent sheet that is substantially colorless or colored in a color different from the inner packaging sheet. A packaging system for a gaming machine according to 6 or 7.
According to the means 8, the packaging state of the colored inner wrapping sheet on the outer periphery of the gaming machine can be easily made through a transparent or translucent outer wrapping sheet colored in a substantially different color or a color different from the inner wrapping sheet. Since it can be visually recognized, it is possible to easily detect unauthorized modification and to recognize the difficulty of unauthorized modification and prevent unauthorized modification. Furthermore, the difficulty of repackaging after unauthorized modification is further enhanced by the difficulty of obtaining a packaging sheet colored in a predetermined color.

9. The gaming machine packaging system according to any one of means 6 to 8, wherein the inner packaging sheet is a transparent or translucent sheet.
According to the means 9, since both the inner packaging sheet and the outer packaging sheet are transparent or translucent, it is possible to easily see the state of the double-wrapped gaming machine, and to easily tamper with it. Can be detected.

10. The outer packaging device is:
A sheet unfolding supply means for feeding out the folded outer wrapping sheet under the game machine in an unfolded manner while feeding both side edges upward;
Longitudinal thermal welding cutting means for performing thermal welding and cutting in the longitudinal direction on the front side and the rear side of the gaming machine sheet fed out by the sheet development supply unit;
Bag mouth heat welding means for thermally welding the opening portion of the bag made of the outer packaging sheet which is separated and formed by the vertical heat welding cutting means and accommodates the gaming machine;
A gaming machine packaging system according to any one of means 1 to 9, characterized by comprising:
According to the means 10, in the outer wrapping apparatus, the sheet unfolding supply means feeds the folded outer wrapping sheet below the game machine in an unfolded manner while feeding the both side edges upward, and the longitudinal heat welding cutting means The packaging sheet fed by the sheet unfolding supply means is thermally welded and cut in the longitudinal direction at the front and rear sides of the gaming machine, and the bag mouth heat welding means is separated and formed by the longitudinal heat welding and cutting means. An opening of a bag made of an outer packaging sheet that accommodates the gaming machine is heat-welded. Therefore, it is possible to automate a series of processes from supplying the outer packaging sheet forming the bag to packaging the entire gaming machine having the inner packaging sheet packaged on the outer periphery in a sealed manner with the outer packaging sheet. .

11. A transport device that transports the gaming machine in which the inner packaging sheet is wrapped by the inner packaging device to the downstream side of the device;
The gaming machine packaging system according to any one of means 1 to 10, wherein the printing device is configured to perform printing on the packaged gaming machine conveyed by the conveying device.
According to the means 11, the conveying device conveys the gaming machine in which the inner packaging sheet is packaged by the inner packaging device to the downstream side of the device, and the printing device applies to the packaged gaming machine conveyed by the conveying device. Since printing is performed, it is possible to efficiently transport the gaming machine and print information related to the gaming machine.

12 The printing apparatus is characterized in that a print head is arranged on a side of a transport path of the packaged gaming machine by the transport device, and a print pattern is output in synchronization with a transport operation by the transport device. 11. A gaming machine packaging system according to 11.
According to the means 12, the print head arranged on the side of the transport path of the gaming machine packaged by the transport device outputs the print pattern in synchronization with the transport operation by the transport device, so that the transport is stopped. It is possible to print information on the gaming machine without any problem.

13. The gaming machine packaging system according to any one of means 1 to 12, wherein the printing device performs printing on a portion of the inner packaging sheet that has been subjected to heat treatment by the heat treatment means.
According to the means 13, the inner packaging sheet is subjected to heat treatment by the heat treatment means, and heat shrinks, and printing is performed on a flat portion free from loosening, so that printing can be performed more clearly.

14 14. The gaming machine packaging system according to any one of means 1 to 13, wherein the printing device is configured to perform printing by an ink jet method in which ink is ejected from a print head.
According to the means 14, since the printing apparatus performs printing by an ink jet method, printing can be performed by disposing the print head apart from the inner packaging sheet packaged in the gaming machine.

15. The gaming machine according to any one of means 1 to 14, wherein the printing device is arranged so as to perform printing in a portion other than a portion covering a portion for controlling the gaming machine in the inner packaging sheet. Packaging system.
According to the means 15, since the printing device is arranged to perform printing in a portion other than the portion covering the portion for controlling the gaming machine in the inner wrapping sheet, the inner wrapping sheet is torn or shifted by any chance. Even in such a case, it is possible to prevent the printing ink or the like from adhering to the part that controls the gaming machine and causing a defect.

16. The information relating to the gaming machine includes identification information that can identify the gaming machine, a gaming machine name, a total number of deliveries, information relating to a delivery destination, information relating to a shipping company that transports the gaming machine, or a combination thereof. A gaming machine packaging system according to any one of means 1 to 15.
According to the means 16, any one or a combination of identification information that can identify the gaming machine by the printing device, the gaming machine name, the total number of deliveries, the information on the delivery destination, the information on the shipping company that transports the gaming machine, or a combination thereof. Printed on the inner packaging sheet.

17. An identification information acquisition means for acquiring identification information attached to the gaming machine and capable of identifying the gaming machine;
The gaming machine packaging system according to any one of means 1 to 16, wherein the printing device prints information relating to the gaming machine based on the identification information obtained by the identification information obtaining means.
According to the means 17, the identification information acquisition means is attached to the gaming machine and acquires identification information capable of identifying the gaming machine, and the printing apparatus is based on the identification information acquired by the identification information acquisition means. Information about gaming machines can be automatically printed.

18. The identification information is a management number printed on a certificate affixed to the gaming machine,
The identification information acquisition means has image data acquisition means for acquiring the management number printed on the certificate as image data, and acquires the management number based on the acquired image data. The gaming machine packaging system described.
According to the means 18, the identification information acquisition means can acquire the management number printed on the certificate by the image data acquisition means as image data, and can automatically acquire the management number based on the acquired image data. .

19. 19. The gaming machine packaging system according to claim 18, wherein the image data acquisition means includes a CCD image pickup device for picking up the management number.
According to the means 19, the management number printed on the certificate paper by the CCD imaging device can be taken in as image data.

20. Comprising information storage means for storing the identification information and information relating to the gaming machine in association with each other;
The gaming machine packaging system according to any one of means 17 to 19, wherein the printing device prints information on the gaming machine acquired from the information storage means based on the identification information.
According to the means 20, the printing apparatus prints information on the gaming machine acquired from the information storage means based on the identification information. In other words, since information related to the gaming machine corresponding to the identification information attached to the gaming machine is automatically printed on the inner packaging sheet, the complicated and inefficient work of visually comparing the identification information and the information related to the gaming machine is performed. It can be omitted.

21. Any of the means 1 to 20, wherein the sheet attaching means attaches the inner packaging sheet so as to cover at least a part or the whole of a main control device that performs main control of the gaming machine. The gaming machine packaging system described.
According to the means 21, the inner packaging sheet is attached so as to cover at least a part or the whole of the main control device that performs the main control of the gaming machine, and the inner packaging sheet contracts by heat treatment, so that the outer periphery of the gaming machine Therefore, it is possible to easily detect unauthorized modification to the main control device and prevent unauthorized modification.

22. The sheet attaching means includes at least one of an LED board, an audio lamp control board, a liquid crystal panel control board, a design control board, and a design information board provided in the gaming machine. The gaming machine packaging system according to any one of claims 1 to 21, wherein the inner packaging sheet is attached so as to partially or entirely cover.
According to the means 22, a part of an accessory control device including at least one of an LED board, an audio lamp control board, a liquid crystal panel control board, a symbol control board, and a symbol information board provided in the gaming machine. Or because the inner packaging sheet is attached so as to cover the whole, and the inner packaging sheet is contracted by heat treatment to be in close contact with the outer periphery of the gaming machine, discovery of unauthorized modification to the accessory control device This makes it possible to prevent unauthorized modification.

23. 23. The means according to any one of means 1 to 22, wherein the sheet attaching means attaches the inner packaging sheet so as to cover at least a part or the whole of a payout control device that performs payout control of prize balls. Game machine packaging system.
According to the means 23, the inner packaging sheet is attached so as to cover at least a part or the whole of the payout control device that performs payout control of the prize ball, and the inner packaging sheet contracts by heat treatment, so that the outer periphery of the gaming machine Therefore, it is possible to easily detect unauthorized modification of the payout control device and prevent unauthorized modification.

24. The game machine according to any one of means 1 to 23, wherein the heat treatment means is configured to locally heat-treat a specific portion of the inner packaging sheet attached to the game machine. Packaging system.
According to the means 24, since the heat treatment is locally applied to the specific portion of the inner packaging sheet and thermally contracted, the inner packaging sheet can be effectively brought into close contact with the outer periphery of the gaming machine and is unnecessary. Unnecessary energy consumption can be suppressed by not performing heat treatment on the part.

25. In the inner packaging sheet attached to the gaming machine, the heat treatment means is configured to perform a heat treatment while avoiding a portion that covers an electronic component mounting portion of a portion that controls the gaming machine. A packaging system for a gaming machine according to any one of means 1 to 24.
According to the means 25, since the heat treatment is performed while avoiding the portion of the inner packaging sheet that covers the electronic component mounting portion to be controlled, the electronic component is prevented from being damaged by the heat treatment. Here, the electronic component is a component that may exceed the heat-resistant temperature when the inner packaging sheet is heat-treated. For example, a CPU and a control program for controlling each part of the gaming machine are stored. It refers to ROM etc.

26. The heat treatment means is configured to heat-treat at least a portion covering the vicinity of one or a plurality of step portions on the outer periphery of the gaming machine in the inner packaging sheet attached to the gaming machine. A gaming machine packaging system according to any one of means 1 to 25.
According to the means 26, heat treatment is performed on a portion of the inner packaging sheet that covers the vicinity of the stepped portion where a gap is likely to be formed between the outer periphery of the gaming machine, so that the heat shrinkage is surely performed at the corresponding portion and the outer periphery of the gaming machine It can be made to adhere substantially.

27. One or more board boxes are arranged on the back of the gaming machine,
The heat treatment means is configured to heat-treat at least a portion of the inner packaging sheet attached to the gaming machine that covers the vicinity of one end of the one or more substrate boxes of the gaming machine. A gaming machine packaging system according to any one of means 1 to 25.
According to the means 27, since heat treatment is performed on the portion of the inner packaging sheet that covers the vicinity of the end of the board box where a gap is likely to be formed between the outer periphery of the gaming machine, heat shrinkage is reliably performed at the portion on the back of the gaming machine. It can be brought into close contact with the outer periphery of the gaming machine.

28. In the means 27, the heat treatment means is configured to heat-treat at least a portion covering the vicinity of the upper end portion of the uppermost substrate box in the inner packaging sheet attached to the gaming machine. The gaming machine packaging system described.
According to the means 28, the upper portion of the inner packaging sheet covering the vicinity of the upper end portion of the uppermost board box is subjected to heat treatment, so that the upper portion of the inner packaging sheet on the back of the gaming machine is reliably contracted to the outer periphery of the gaming machine. It can be made to adhere substantially.

29. The heat treatment means is configured to heat-treat at least a portion covering the vicinity of the lower end portion of the lowermost substrate box in the inner packaging sheet attached to the gaming machine. Or the gaming machine packaging system according to 28.
According to the means 29, heat treatment is applied to a portion of the inner packaging sheet that covers the vicinity of the lower end portion of the lowermost substrate box, so that the lower portion of the inner packaging sheet on the back of the gaming machine is securely contracted to the outer periphery of the gaming machine. It can be made to adhere substantially.

30. A plurality of board boxes are arranged adjacent to the back of the gaming machine,
The heat treatment means is configured to heat-treat at least a portion of the inner packaging sheet attached to the gaming machine that covers a space between one board box of the gaming machine and another board box adjacent thereto. A gaming machine packaging system according to any one of means 27 to 29, wherein
According to the means 30, the heat treatment is applied to the portion covering the space between the one board box and the other board box adjacent to each other in the inner packaging sheet where a gap is likely to be generated between the outer circumference of the gaming machine. It can be surely contracted at this location and can be brought into close contact with the outer periphery of the gaming machine.

31. The heat treatment means is configured to heat-treat at least a portion covering the vicinity of the upper plate disposed on the front surface of the gaming machine in the inner packaging sheet attached to the gaming machine. A gaming machine packaging system according to any one of means 1 to 30.
According to the means 31, since the heat treatment is performed on the portion of the inner wrapping sheet that covers the vicinity of the upper plate where a gap is likely to be generated between the outer periphery of the gaming machine, the gaming machine is surely contracted at the corresponding portion on the front surface of the gaming machine. It can be made to adhere substantially to the outer periphery of.

32. The heat treatment means is configured to heat-treat at least the vicinity of a lower plate disposed in front of the gaming machine in the inner packaging sheet attached to the gaming machine. A packaging system for a gaming machine according to any one of claims 31 to 31.
According to the means 32, since heat treatment is applied to a portion covering the vicinity of the lower plate where a gap is likely to be formed between the inner wrapping sheet and the outer periphery of the gaming machine, the game machine is surely contracted at the corresponding portion on the front surface of the gaming machine. It can be made to adhere substantially to the outer periphery of.

33. The heat treatment means is configured to heat-treat at least a portion of the inner packaging sheet attached to the gaming machine that covers a space between the upper plate and the lower plate disposed on the front surface of the gaming machine. A gaming machine packaging system according to any one of means 1 to 32.
According to the means 33, heat treatment is applied to a portion covering the space between the upper plate and the lower plate, in which a gap is likely to be generated between the inner packaging sheet and the outer periphery of the gaming machine. By contracting, it can be brought into close contact with the outer periphery of the gaming machine.

34. The heat treatment means is configured to heat-treat at least a portion of the inner packaging sheet attached to the gaming machine that covers the high heat resistance member of the gaming machine. The gaming machine packaging system according to any one of the above.
According to the means 34, since the heat treatment is performed on the portion of the inner packaging sheet that covers the high heat resistance member of the gaming machine, the gaming machine can be prevented from being damaged by the heat treatment.

35. 35. The means 34 according to claim 34, wherein the heat treatment means is configured to heat-treat at least a portion covering the metal member of the gaming machine in the inner packaging sheet attached to the gaming machine. Amusement machine packaging system.
According to the means 35, since heat treatment is performed on the portion of the inner wrapping sheet covering the metal member provided in each part of the gaming machine, the gaming machine can be prevented from being damaged by the heat treatment.

36. The heat treatment means is configured to heat-treat at least a portion covering the thermosetting resin member of the gaming machine in the inner packaging sheet attached to the gaming machine. The gaming machine packaging system described in 1.
According to the means 36, heat treatment is applied to a portion covering the thermosetting resin member provided in the gaming machine (for example, an ashtray provided in front of the gaming machine) in the inner packaging sheet. Damage due to heat treatment can be prevented.

37. The heat treatment means is characterized in that, in the inner packaging sheet attached to the gaming machine, heat treatment is performed at least at a place where a predetermined distance is secured between the inner packaging sheet and the gaming machine. A packaging system for a gaming machine according to any one of means 1 to 35.
According to the means 37, since heat treatment is performed at a position where a predetermined distance is secured between the inner packaging sheet and the gaming machine in the inner packaging sheet, there is little heat conduction to the gaming machine, and the gaming machine by the heat treatment Can prevent damage. Further, the packaging sheet at the location can be closely adhered to the outer periphery of the gaming machine by being contracted by heat treatment. Note that the predetermined distance between the packaging sheet and the gaming machine is, for example, the upper plate in front of the gaming machine, the vicinity of the end of the lower plate, and between the upper plate and the lower plate. For example, in the vicinity of the end of the substrate box on the back surface, between adjacent substrate boxes, and the like.

38. The gaming machine according to any one of means 1 to 37, wherein the gaming machine to which the inner packaging sheet is attached is configured to perform heat treatment by the heat treatment means while transporting the gaming machine in a downstream direction of the apparatus. Packaging system.
According to the means 38, since the heat treatment is performed by the heat treatment means while transporting the gaming machine with the inner packaging sheet attached in the downstream direction of the apparatus, the heat treatment is performed on a wide area of the packaging sheet with the heat treatment means fixedly arranged. Can be applied.

39. The gaming machine packaging system according to any one of means 1 to 38, wherein the heat treatment means performs heat treatment at a temperature of 200 ° C to 400 ° C.
According to the means 39, since the heat treatment means performs the heat treatment at a temperature of 200 ° C. to 400 ° C., the inner packaging sheet made of the thermoplastic material can be surely contracted, and the game machine can be damaged by the heat. Absent.

40. The game machine packaging system according to any one of means 1 to 39, wherein the heat treatment means comprises hot air generating means for generating hot air.
According to the means 40, when the inner packaging sheet made of a thermoplastic material is attached to the outer periphery of the gaming machine so as to cover at least a part of the part for controlling the gaming machine by the sheet attaching means, The hot air generated by the generating means is blown toward at least a part of the inner packaging sheet attached to the game machine, so that the heat treatment is surely performed, and the heat-treated part is surely heat-shrinked to play the game. It adheres substantially along the outer peripheral shape of the machine. In addition, since the heat treatment is performed by blowing hot air, the hot air generating means (for example, a nozzle for blowing hot air) is arranged at a position separated from the surface of the inner packaging sheet attached to the gaming machine. Can do.

41. The packaging system for a gaming machine according to claim 40, wherein the hot air generating means continuously generates hot air.
According to the means 41, since the hot air generating means continuously generates hot air, the heat treatment temperature for the inner packaging sheet is prevented from fluctuating, and uniform packaging can be applied to a large number of gaming machines.

42. The sheet attaching means includes
Conveying means for conveying the gaming machine;
Sheet supply means for supplying the inner wrapping sheet so as to cover at least a part of a part for controlling the gaming machine;
Thermal welding and cutting means for performing thermal welding and cutting on the inner packaging sheet;
With
The game machine packaging system according to any one of means 1 to 41, wherein the heat treatment means heat-treats at least a part of the inner packaging sheet wound around the outer periphery of the gaming machine.

  According to the means 42, the conveying means conveys the gaming machine, and the sheet supplying means supplies a packaging sheet made of a thermoplastic material so as to cover at least a part of the part that controls the gaming machine. Thereby, the packaging sheet is loosely wound around the outer periphery of the gaming machine as the gaming machine is conveyed by the conveying means. Next, the thermal welding and cutting means performs thermal welding and cutting on the packaging sheet, so that the entire packaging sheet for packaging the gaming machine is formed into a cylindrical shape and for packaging other gaming machines. Separated from the packaging sheet. Next, the heat treatment means heat-treats at least a part of the packaging sheet wound around the outer periphery of the gaming machine, so that the heat-treated portion is thermally contracted and substantially adheres along the outer peripheral shape of the gaming machine. After the heat treatment by the heat treatment means is completed, the heat-treated portion of the inner packaging sheet made of thermoplastic material is cooled and cured at room temperature, so that the inner packaging sheet is kept in close contact with the outer periphery of the gaming machine.

43. Preliminary heat treatment is applied to at least a part of the upper part of the inner packaging sheet that is wound around the outer periphery of the gaming machine when the inner packaging sheet is supplied by the sheet supply means while the gaming machine is being conveyed by the conveying means. The preliminary heat treatment means to be applied
In addition,
The heat treatment means is characterized in that after the preliminary heat treatment is performed on the inner wrapping sheet, at least a part of the inner wrapping sheet wound around the outer periphery of the gaming machine is heat treated. The gaming machine packaging system described in 1.
According to the means 43, the preliminary heat treatment means has at least one of the upper part of the inner packaging sheet wound around the outer periphery of the gaming machine when the interior sheet is supplied by the sheet supply means while the gaming machine is being conveyed by the conveying means. Pre-heat treatment is applied to the part. Therefore, the inner packaging sheet can be loosely wound around the outer periphery of the gaming machine while preventing the sliding-down by thermally shrinking the upper portion of the inner packaging sheet. Next, after the pre-heat treatment is performed on the inner packaging sheet, the heat-treated portion is thermally contracted by heat-treating at least a part of the inner packaging sheet wound around the outer periphery of the game machine. It adheres substantially along the outer peripheral shape of the machine.

44. 44. The gaming machine packaging system according to claim 43, wherein the temperature of the preliminary heat treatment by the preliminary heat treatment means is set lower than the temperature of the heat treatment by the heat treatment means.
According to the means 44, since the temperature of the pre-heat treatment by the pre-heat treatment means is set lower than the temperature of the heat treatment by the heat treatment means, the heat shrinkage is such that the inner packaging sheet loosely wound around the gaming machine does not slide down. Can be made. On the other hand, by setting the heat treatment temperature by the heat treatment means to be relatively high, the inner packaging sheet can be sufficiently heat-shrinked and firmly adhered to the gaming machine.

45. 45. The gaming machine packaging system according to any one of means 1 to 44, wherein the thermoplastic material is a thermoplastic resin.
According to the means 45, since the inner packaging sheet is made of a thermoplastic resin, the gaming machine can be surely protected, easily contracted by heat treatment, and cooled and cured at room temperature.

46. 46. The gaming machine according to means 45, wherein the thermoplastic resin is any one of polyethylene, polypropylene, polystyrene, ABS resin, vinyl chloride resin, methyl methacrylate resin, fluororesin, polyester, polycarbonate, and nylon. Packaging system.
According to the means 46, using an inexpensive packaging sheet made of a thermoplastic resin of polyethylene, polypropylene, polystyrene, ABS resin, vinyl chloride resin, methyl methacrylate resin, fluororesin, polyester, polycarbonate, or nylon, The gaming machine can be reliably protected, can be easily shrunk by heat treatment, and can be cooled and cured at room temperature.

According to the present invention, a process of attaching a packaging sheet made of a thermoplastic material to the outer periphery of the gaming machine so as to cover at least a part of the part that controls the gaming machine, and the outer periphery of the gaming machine is attached. Applying heat treatment to at least a part of the inner wrapping sheet to cause the inner wrapping sheet to shrink, and substantially contacting the inner wrapping sheet along the outer peripheral shape of the gaming machine; and printing information relating to the gaming machine on the inner wrapping sheet; Can be carried out automatically and continuously.
The gaming machine packaged according to the present invention is packaged so that the inner wrapping sheet is substantially in close contact with the outer periphery, thereby making it possible to more reliably detect unauthorized modification and prevent unauthorized modification. be able to. That is, in order to tamper with the part that controls the gaming machine such as the main board, it is necessary to cut and open the inner packaging sheet. For this reason, since the inner packaging sheet is opened when unauthorized modification is performed, the unauthorized modification can be reliably detected. Also, once the inner packaging sheet is cut and unsealed, it is substantially closely attached to the outer periphery of the gaming machine so as to cover at least a part of the portion to be controlled by the gaming machine, and then wrapped again to return to the original state. This is extremely difficult, and it is expected that the effect of preventing unauthorized modification by reducing the willingness of those who try to perform unauthorized modification will be expected. In addition, because information on gaming machines is printed on the inner packaging sheet that wraps gaming machines, information on gaming machines can be easily obtained for mass-produced gaming machines during shipping, delivery, installation in halls, etc. Can be confirmed. In addition, printing information about gaming machines on the inner packaging sheet increases the difficulty of counterfeiting inexpensive packaging sheets, making it easier to detect unauthorized modifications and improving the effect of preventing unauthorized modifications. Can be achieved.
In addition, the inner packaging device is contracted by heat treatment in a state where the inner packaging sheet is attached and is brought into close contact with the outer periphery of the gaming machine, so that the sheet is stretched and wound around the gaming machine as in the conventional method of packaging. It is not necessary to adjust the stretch strength and winding strength of the sheet. For this reason, there is no problem that the inner wrapping sheet is torn or the inner wrapping sheet is wound to adversely affect each component of the gaming machine.

Hereinafter, an embodiment of a packaging system for a gaming machine of the present invention will be described with reference to the drawings. First, a schematic configuration of the gaming machine P1 that is an object to be packaged will be described with reference to FIGS.
As shown in FIGS. 1 to 3, the gaming machine P <b> 1 is a pachinko machine that includes an outer frame 10, a main body frame 20, a game board 30, a front frame 60, and a mechanism board 80. 1 is a front view of the gaming machine P1 as viewed from the front, FIG. 2 is a top view of the gaming machine P1 of FIG. 1 as viewed from above, and FIG. 3 is a rear view of the gaming machine P1 of FIG. As seen from the rear side, a predetermined paper for shipping is inserted on the back side of the glass frame 61 at the time of actual shipment, and the game area 31 is hidden.

The outer frame 10 is a frame that serves as a base of the gaming machine P1, and is configured to be rectangular as a whole by a plate material, and has a rectangular opening 10a that is slightly larger in size than the rectangular plate-shaped main body frame 20.
The main body frame 20 is pivotally supported at the left end of the rectangular opening 10a in FIG. 3, rotates about a rotation shaft (not shown), and is attached to the outer frame 10 so as to be openable and detachable.
On the front surface of the game board 30, a game area 31 is a substantially circular area surrounded by an outer frame rail that rotates approximately clockwise from the center of the lower end in FIG. 3. The game area 31 is provided with a large number of nails, a plurality of winning holes, an out-ball collecting port for collecting game balls that have not been won as out-balls, a display device for displaying the game status, and the like. Yes.

  The front frame 60 is made of resin and is pivotally supported at the left end of the main body frame 20 in FIG. The front frame 60 is provided with a glass frame 61 facing the game area 31, a decoration lamp 62 arranged so as to surround the periphery of the glass frame 61, and an upper plate 63 so as to be on the front side of the game board 30. It is attached to the main body frame 20. A game ball launching mechanism 40 and a resin flow path plate 50 formed in a substantially rectangular shape are attached to the lower part of the main body frame 20. Further, a lower plate 70 is pivotally attached to the main body frame 20 on the front side of the flow path plate 50. Further, a firing handle 41 constituting a part of the firing mechanism 40 is attached in front of the front frame 60.

  The mechanism plate 80 is made of resin, and is supported and attached by a hinge fitting provided on the back side of the main body frame 20. The mechanism plate 80 serves as a cover for covering the game board 30 from the back side, and also serves as a flow path for the game balls for paying out the game balls stored in the game ball tank 81 to the upper plate 63 and the lower plate 70. Has come to fulfill. In the central part of the mechanism plate 80, an accessory cover 85 having a transparent resin case is provided. The accessory cover 85 includes an LED board, a sound lamp control board, a liquid crystal panel control board, and symbol control (not shown). A substrate, a symbol information substrate, and the like are accommodated. A main board box 82 having a transparent resin case is provided below the accessory cover 85. The board box 82 includes a ROM 83 corresponding to the type of game board, a CPU and a RAM (not shown), and the like. The main board 84 provided is accommodated. A payout control board box 86 that is a transparent resin case is provided below the main board box 82, and a payout control board 87 (not shown) is accommodated in the board box 86. The main board box 82, the accessory cover 85, and the payout control board box 86 correspond to a part for controlling the gaming machine and the board box in the present invention, and the main board box 82 serves as a main controller. The object cover 85 corresponds to the accessory control device, and the payout control board box 86 corresponds to the payout control device.

  Next, an outline of the gaming machine packaging line A will be described with reference to the block diagram of FIG. The gaming machine packaging line A is a line for packaging the gaming machine P1 stored or shipped as a product. When the gaming machine P1 that has been assembled in the gaming machine assembly line and has undergone final inspection such as operation check and dirt check is put into the gaming machine packaging line A, as shown in FIG. The control number acquisition process S2, the inner packaging process S3, the first printing process S4, the outer packaging process S5, and the second printing process S6 are sequentially stored and shipped after being double-wrapped. The As shown in FIG. 4, the control number acquisition step S2 is performed by the CCD imaging devices 131 to 133, the inner packaging step S3 is performed by the inner packaging device 201, and the first printing step S4 is performed by the first printing device 180. S5 is performed by the outer packaging device 301, and the second printing step S6 is performed by the second printing device 190, respectively. Hereinafter, the detailed contents of the stamp pasting step S1 to the second printing step S6, and the configuration and operation of the shipping management system 100 provided for printing the shipping information on the packaging sheet in the first printing step S4 and the second printing step S6. Will be described. The first printing device 180 and the second printing device 190 are the printing means of the present invention, the first printing device 180 is the first printing means, the second printing device 190 is the second printing means, and the CCD imaging device 131. ... To 133 constitute identification information acquisition means. Further, the shipping information corresponds to “information regarding gaming machines” of the present invention.

(1) Certificate sticking process S1
In the gaming machine packaging line A, first, a stamp indicating that inspection has been completed is pasted to three predetermined locations in the gaming machine P1 where final inspection such as operation check and dirt check has been completed (see stamp pasting step S1, FIG. 4). . On the front side, as shown in FIG. 1, a stamp P11 is stuck on the lower right side of the game board 30, and on the back side, a stamp P12 is stuck on the ROM 83 and a stamp P13 is stuck on the main board box 82 as shown in FIG. To do. Here, a management number for identifying a gaming machine as a product is printed on the certificate P11, a lot management number for identifying a lot in the ROM 83 is printed on the certificate P12, and a component for identifying the main board box 82 on the certificate P13. The control number is printed. That is, the management number printed on the certificate P11 is identification information that is attached to the gaming machine that is the product and identifies the product, and the component management number printed on the certificate P13 is assigned to the components that constitute the gaming machine. And identification information for identifying the same part. Also, the lot management number printed on the certificate P12 attached to the ROM 83 is the same number for the same lot (for example, 1000 pieces) in the ROM, and is different for each lot. The lot management number is visible through a transparent main board box 82. The attachment position of the main board box may differ depending on the type of gaming machine. In such a case, a stamp is attached at a position corresponding to the main board box or ROM.

(2) Management number acquisition process S2
Next, the management number printed on the certificate paper is acquired using the CCD image pickup device (management number acquisition step S2, see FIG. 4). That is, as shown in FIG. 5, in order to capture the management numbers printed on the certificate papers P11 to P13, CCD imaging devices 131 to 133 each having a CCD imaging device and outputting digital image data are provided. ing. FIG. 5 is a side view schematically showing the state of the gaming machine packaging line A corresponding to the management number acquisition step S2 to the second printing step S6. The gaming machine packaging line A operates based on the control of the control panels 121 and 122 connected to each other. That is, the control panel 122 cooperates with the control panel 121 on the lowermost floor, and the CCD imaging devices 131 to 133, the inner packaging device 201, the first printing device 180, the outer packaging device 301, the belt conveyors 151, 152, and 153, ascending and descending. The operation of the lift 160 is controlled. Further, the control panel 121 on the lowest floor controls the belt conveyor 170 and the second printing device 190 while detecting the operation of the lifting lift 160 in cooperation with the control panel 122. Here, the gaming machine P1 is transported on the belt conveyor 151 with the side face as the traveling direction, and is attached to the CCD image pickup device 131 for picking up the certificate paper P11 attached to the game board, the ROM and the main board box. The image pickup papers P12 and P13 are arranged at positions facing the CCD image pickup devices 132 and 133 for imaging. In addition, illumination (not shown) for illuminating the stamps P11 to P13 is also attached.

  Each of the CCD imaging devices 131 to 133 includes an optical unit and a control unit. The optical unit is provided with an optical lens system, an electronic shutter, a CCD imaging device and an A / D converter arranged in a matrix. The control unit includes a CPU, a ROM, a RAM, a control circuit, a communication I / O, and the like. The CPU performs imaging according to a program written in the ROM, and the CCD imaging device passes through an A / D converter. Digital image data can be captured. The CCD imaging devices 131 to 133 are connected to the computer 110 together with the control panel 122, and take an image of the management number, lot management number, and parts management number printed on the certificate sheets P11 to P13 at a predetermined timing under the control of the control panel 122. Digital image data captured via the communication I / O can be output to the computer 110. In this embodiment, the CCD image pickup devices 132 and 133 are separately provided to take an image of the lot management number and the part management number printed on the certificate papers P12 and P13. However, the certificate paper P12 is provided by a single CCD image pickup device. , P13 may be taken together with the lot management number and the parts management number printed on P13. In addition, the management numbers printed on the certificate sheets P11 to P13 may be sequentially captured by a single CCD imaging device that can move. When the gaming machine P1 is transferred to a predetermined imaging position by the belt conveyor 151 under the control of the control panel 122, the gaming machine P1 is temporarily stopped and imaging is performed by the CCD imaging devices 131-133. The computer 110 stores software for character recognition, performs character recognition while referring to a predetermined standard character pattern by a pattern matching method or the like for image data captured via a CCD image sensor at the time of imaging, Performs replacement with character data.

  That is, in the management number acquisition step S2, the CCD imaging devices 131 to 133 capture the management number, lot management number, and parts management number printed on the certificate as image data, and enter the management number and the like based on the captured image data. To get. The CCD image pickup device can adopt a general CCD image pickup device that has been used in the past, and thus detailed description thereof is omitted. Moreover, the software for character recognition memorize | stored in a computer can also employ | adopt the general software used conventionally.

(3) Inner packaging process S3
After the management number is imaged in the management number acquisition step S2, the gaming machine P1 is transferred to the inner packaging device 201 by the belt conveyor 151, and the inner packaging sheet SH1 is tightly wrapped around the outer periphery of the gaming machine P1 (inner packaging). Step S3, FIG. 4). Hereinafter, the configuration and operation of the inner packaging device 201 will be described with reference to FIGS. 6 and 7. Here, FIG. 6 is a front view showing the overall configuration of the packaging device 201, and FIG. 7 is a plan view of the packaging device 201 showing a state in which the gaming machine P1 is conveyed by the first conveyor device 213. 6 shows a state in which the gaming machine P1 is transported in a sideways standing state with the back side of the gaming machine as the front, and in FIG. 7, the machine frame 215, the support 225, etc. are not shown. (The same applies to FIGS. 8, 9, 11, and 13).

  As shown in FIG. 6, the inner packaging apparatus 201 is electrically connected to the sheet deposition mechanism 211, the heat treatment mechanism 251, and each part of the sheet deposition mechanism 211 and the heat treatment mechanism 251 to control the operation of the entire apparatus. And a control device 291 for performing. Hereinafter, detailed configurations of the sheet deposition mechanism 211 and the heat treatment mechanism 251 will be described in order.

  The sheet attaching mechanism 211 is an apparatus for attaching the inner packaging sheet SH1 to the outer periphery of the gaming machine P1 so as to cover at least a part of the part that controls the gaming machine P1. As shown in FIG. 2, the sheet feeding mechanism 212, the first conveyor device 213, and the heat welding and cutting mechanism 214 are included. Note that the sheet supply mechanism 212 is the sheet supply means of the present invention, the first conveyor device 213, the second conveyor device 252 and the third conveyor device 253, which will be described later, the conveying means, and the thermal welding and cutting mechanism 214 is the thermal welding and cutting means. Are respectively configured.

  In the sheet supply mechanism 212, a pair of rotating shafts 216 and 216 are erected in the vicinity of the upstream end of the machine casing 215 with the first conveyor device 213 interposed therebetween. A pair of sheet rolls R1 and R1 are provided vertically and rotatably by fitting the hollow shafts of the sheet roll R1 around which the inner packaging sheet SH1 is wound around the rotation shafts 216 and 216, respectively.

  Here, the inner packaging sheet SH1 is made of a thermoplastic material, preferably a thermoplastic resin such as polyethylene, polypropylene, polystyrene, ABS resin, vinyl chloride resin, methyl methacrylate resin, fluororesin, polyester, polycarbonate, and nylon. It is a long sheet and is a transparent or translucent sheet colored in a predetermined color (for example, yellow). The width of the inner packaging sheet SH <b> 1 is the length from the upper end of the accessory cover 85 to the lower end of the dispensing control board box 86 so as to cover the whole of the accessory cover 85, the main board box 82 and the dispensing control board box 86. It is preferable that the length is set slightly longer.

  Further, the feed rollers 217, 217 and 218, 218 are provided in the vicinity of the downstream side of the sheet rolls R1, R1, so that one of the feed rollers 218, 218 is rotationally driven by a motor control device (not shown). Further, a plurality (three in FIG. 7) of intermediate rollers 219 and 219 and a pair of guide rollers 220 and 220 provided in the vicinity of the downstream end portion of the first conveyor device 213 are rotatably provided. . Then, as shown in FIG. 7, the sheet supply mechanism 211 feeds the inner packaging sheet SH1 from the sheet roll R1 by rotation control of a motor device (not shown) by the feed rollers 217, 217 and 218, 218, and passes through the intermediate roller 219. Supply to the guide roller 220 side.

  The 1st conveyor apparatus 213 is a well-known belt conveyor apparatus, and carries in the game machine P1 of a standing standing attitude | position from an upstream. The first conveyor device 213 is rotatably provided with a driving roller shaft 221 driven by an electric motor (not shown), and one end portion of an elongated conveying frame 222 is provided on the driving roller shaft 221 so as to be relatively rotatable. An endless transport belt 224 is stretched between the roller 223 and the drive roller shaft 221 at the downstream end of the transport frame 222, and the gaming machine P1 placed on the transport belt 224 is moved to the downstream side of the apparatus. Transport.

  The thermal welding cutting mechanism 214 superimposes the inner packaging sheets SH1 and SH1 supplied from the sheet supply mechanism 212 on the front side and the rear side in the conveyance direction of the gaming machine P1, respectively, and thermally welds them in the vertical direction. It is a device that cuts in the middle. The heat-welding and cutting mechanism 214 is provided in the vicinity of the downstream end of the first conveyor device 213, and is arranged vertically on the left and right support columns 225 and 225 across the first conveyor device 213 as shown in FIG. The guide rods 226 are provided so as to be movable back and forth in the horizontal direction, and the tip portions of the rods of the pneumatic cylinder 227 attached to the support columns 225 are fixed to the base portions at the tips of the guide rods 226. Two bases of vertically long thermal welding bars 229 are attached to one base portion arranged in an opposing manner, and a heater wire 232 for cutting is stretched in the vertical direction on the inner surface of the thermal welding bar 231 attached to the other base portion. To do. The pair of thermal welding bars 229 and 231 are provided so as to be freely opened and closed by the pneumatic cylinders 227 and 227. The thermal welding bars 229 and 231 are closed to perform thermal welding on the inner packaging sheet SH1, and the welding is performed. An intermediate portion is cut by a heater wire 232 for cutting.

  The heat treatment mechanism 251 includes a second conveyor device 252, a third conveyor device 253, a hot air generator 254, a first blower pipe 261 to an eighth blower pipe 268, and a first nozzle 271 to an eighth nozzle 278. Has been. In addition, the hot air generator 254, the 1st ventilation pipe 261-the 2nd ventilation pipe 262, and the 1st nozzle 271-the 2nd nozzle 272 comprise the preliminary heat treatment means of this invention. Moreover, the hot air generator 254, the 3rd ventilation pipe 263-the 8th ventilation pipe 268, and the 3rd nozzle 273-the 8th nozzle 278 comprise the heat processing means of this invention.

The 2nd conveyor apparatus 252 is a well-known belt conveyor apparatus provided in the apparatus downstream of the 1st conveyor apparatus 213, and provided in order to convey the game machine P1 from the heat welding cutting position H1 to the heat processing position H3.
The 3rd conveyor apparatus 253 is a well-known belt conveyor apparatus provided in the downstream of the 2nd conveyor apparatus 252 and provided in order to convey downstream from the heat processing position H3. In addition, since the 2nd conveyor apparatus 252 and the 3rd conveyor apparatus 253 are the structures similar to the 1st conveyor apparatus 213, detailed description is abbreviate | omitted.

  The hot air generating device 254 is a device that generates a hot air by incorporating an electric fan and a heater (not shown), and is connected to the first blower pipe 261 to the eighth blower pipe 268 for sending the generated hot air. A first nozzle 271 to an eighth nozzle 278 are provided at the tips of the first air duct 261 to the eighth air duct 268. Therefore, in the hot air generator 254, the air sucked from the surroundings is heated by the heater by driving the electric fan, and is sent to the first blower pipe 261 to the eighth blower pipe 268, and the first nozzle 271 to the eighth The nozzle 278 is blown out as hot air.

  Here, the arrangement positions of the first nozzle 271 to the eighth nozzle 278 will be described. The first nozzle 271 to the second nozzle 272 are located at positions slightly downstream (preliminary heat treatment position H2) from the upstream end of the second conveyor device 252 in the transport direction of the gaming machine P1. The nozzles 278 are provided at positions (heat treatment position H3) between the downstream end of the second conveyor device 252 and the upstream end of the third conveyor device 253, respectively.

  The first nozzle 271 is provided at a position where hot air can be blown toward the upper front side of the gaming machine P1 in a state where the gaming machine P1 is transported on the second conveyor device 252. In the same state, the second nozzle 272 is provided at a position where hot air can be blown toward the upper back side of the gaming machine P1.

  The first nozzle 271 and the second nozzle 272 have a shutter 281 that can be opened and closed with respect to hot air outlets 271a and 272a for ejecting hot air, and a shutter opening / closing mechanism that is a pinion and rack mechanism that drives the shutter 281. 282 is provided. The shutter 281 is a plate-like member made of a metal material or the like, and is always in an open state so that hot air blown from the hot air outlets 271a and 272a can be blown to the inner packaging sheet SH1, and the second conveyor When it is detected that the conveyance of the apparatus 252 has been stopped for a predetermined time, the apparatus is closed, and the blowing of hot air from the hot air outlets 271a and 272a is blocked.

  The third nozzle 273 is provided at a position where hot air can be blown toward the upper front of the gaming machine P1 when the gaming machine P1 is transported from the second conveyor device 252 to the third conveyor device 253, In the same state, the fourth nozzle 274 can blow hot air between the upper plate 63 and the lower plate 70 in front of the gaming machine P1, and the fifth nozzle 275 can blow hot air toward the lower front of the gaming machine P1. Provided at various positions.

  On the other hand, the sixth nozzle 276 is provided at a position where hot air can be blown toward the upper back of the gaming machine P1 when the gaming machine P1 is conveyed from the second conveyor device 252 to the third conveyor device 253. In the same state, the seventh nozzle 277 blows hot air toward the space between the main board box 82 on the back of the gaming machine P1 and the payout control board 86, and the eighth nozzle 278 blows hot air toward the lower back of the gaming machine P1. It is provided at a position where it can be attached.

  The hot air generator 254 includes the temperature of the hot air sent to the first nozzle 271 to the second nozzle 272 via the first air duct 261 to the second air duct 262, and the third air duct 263 to the eighth air duct. The temperature of the hot air sent to the third nozzle 273 to the eighth nozzle 278 via the H.268 can be individually set in the control device 291. That is, the temperature of the hot air blown from the first nozzle 271 to the second nozzle 272 provided at the preliminary heat treatment position H2 varies depending on the material and other conditions of the inner packaging sheet SH1, for example, 100 ° C. to 200 ° C., Preferably, it is set to about 150 ° C. On the other hand, the temperature of the hot air blown from the third nozzle 273 to the eighth nozzle 273 provided at the heat treatment position H3 also varies depending on the material and other conditions of the inner packaging sheet SH1, but is preferably 200 ° C. to 400 ° C., for example. Is set to about 300 ° C. Here, the temperature of the hot air blown from the first to second nozzles 271 to 272 is set relatively low because the hot air blowing at the preliminary heat treatment position H2 is loosely wound around the gaming machine P1. This is because a relatively low temperature is sufficient because it is sufficient to cause heat shrinkage so that the inner packaging sheet SH1 does not slide down. On the other hand, the temperature of the hot air blown from the third nozzle 273 to the eighth nozzle 278 is set to be relatively high because the blowing of the hot air at the heat treatment position H3 sufficiently shrinks the inner packaging sheet SH1. This is because it is necessary to raise the temperature to some extent in order to firmly adhere to the gaming machine P1.

  Next, the operation of each part when the inner packaging apparatus 201 performs packaging on the gaming machine P1 will be described with reference to FIGS. 7, 8, 9, 11, and 13, in order to give an explanation while paying attention to packaging in the gaming machine P <b> 1, the gaming machine P <b> 1 is indicated by a solid line, and the inner packaging device 201 precedes the gaming machine P <b> 1. Or it shows with a dotted line about other game machines which follow.

  When the gaming machine P1 is loaded from the upstream side of the inner packaging device 201 to the first conveyor device 213 and the gaming machine P1 placed on the conveyor belt 224 is transported to the downstream end of the first conveyor device 213 ( 7), the inner packaging sheets SH1 and SH1 are heat-sealed by closing the pair of heat-welding bars 229 and 231 of the heat-welding and cutting mechanism 214, and at the same time, the middle of the heat-welded portion is cut by the heater wire 232 for cutting. It is cut (see FIG. 8). Thereby, the inner packaging sheets SH1 and SH1 for packaging the gaming machine P1 are separated from the packaging sheet for packaging the gaming machine that is transported in advance. Then, the inner packaging sheets SH1 and SH1 joined by thermal welding and stretched by the guide rollers 220 and 220 abut on the side surface of the gaming machine P1 on the front side in the transport direction, and the gaming machine P1 moves on the transport belt 224. As the sheets SH1 and SH1 for inner packaging are fed from the sheet rolls R1 and R1 through the sheet supply mechanism 212 and supplied to the gaming machine P1 side as they are conveyed, the front side of the gaming machine P1 is provided. And the back side is gradually covered with the inner packaging sheets SH1 and SH1 (see FIG. 9).

  At this time, the upper portion of the inner packaging sheet SH1 that is loosely wound around the outer periphery of the gaming machine P1 passes through the preliminary heat treatment position H2, and the predetermined temperature (for example, about 150 ° C.) by the first nozzle 271 and the second nozzle 272. ) Hot air is blown and shrinks. In the following description, the blowing of hot air from the first nozzle 271 and the second nozzle 272 to the inner packaging sheet SH1 is referred to as “preliminary heat treatment”, and the hot air from the third nozzle 273 to the eighth nozzle 278 described later is used. The spraying is simply referred to as “heat treatment” to distinguish between the two. FIG. 10 is a view as seen from the front side in the conveying direction showing a state in which the pre-heat treatment is performed on the inner packaging sheet SH1 wound around the gaming machine P1.

  When the gaming machine P1 moves from the first conveyor device 213 to the second conveyor device 252 and the side surface on the rear side in the transport direction of the gaming machine P1 passes through the thermal welding position H1, the packaging sheets S and S are heated by the thermal welding mechanism 214. When the pair of heat welding bars 229 and 231 are closed, heat welding is performed on the rear side in the transport direction of the gaming machine P1, and at the same time, the middle of the heat welding portion is cut by the cutting heater wire 232 to form a cylinder. (See FIG. 11). Here, when the upper part of the inner packaging sheet SH1 loosely wound around the outer periphery of the gaming machine P1 passes through the preliminary heat treatment position H2, preliminary heat treatment is performed by blowing hot air from the first nozzle 271 and the second nozzle 272. Therefore, even if the inner packaging sheets SH1 and SH1 are cut and separated from the inner packaging sheets SH1 and SH1 on the sheet roll R1 side, they do not slide down. Here, FIG. 12 is a perspective view showing a state in which the inner packaging sheet SH1 formed in a cylindrical shape is attached to the outer periphery of the gaming machine P1. As shown in FIG. 12, the upper part of the inner wrapping sheet SH1 is contracted by preliminary heat treatment to substantially adhere to the upper part of the gaming machine P1, and the parts other than the upper part are loosely attached to the outer periphery of the gaming machine P1.

  Next, when the gaming machine P1 is transported to the heat treatment position H3 by the second conveyor device 252, the gaming machine P1 is being transported by the second conveyor device 252 and / or the third conveyor device 253 as shown in FIG. Then, hot air of a predetermined temperature (for example, about 300 ° C.) is blown from the third nozzle 273 to the eighth nozzle 278 onto the inner packaging sheet SH1 attached to the gaming machine P1. And the location where the hot air of the sheet | seat SH1 for inner packaging was sprayed heat-shrinks, and the sheet | seat SH1 for inner packaging substantially adheres to the game machine outer periphery. FIG. 14 is a view seen from the front side in the transport direction, showing a state in which heat treatment is performed on the inner packaging sheet SH1 wound around the gaming machine P1.

  Specifically, as shown in FIG. 14, in the inner packaging sheet SH1 attached to the gaming machine P1, the fourth nozzle 274 is provided at a location where the third nozzle 273 covers the vicinity of the upper end of the front surface of the gaming machine P1. However, in the place which covers between the upper plate 63 and the lower plate 70, the 5th nozzle 275 covers the vicinity of the lower end (lower end of the lower plate 70) vicinity of the gaming machine P1, and the sixth nozzle 276 is the back side of the gaming machine P1. The eighth nozzle 278 is provided at a location covering the vicinity of the upper end of the board (including the vicinity of the upper end of the accessory cover 85), and the eighth nozzle 278 is provided at a location where the seventh nozzle 277 covers between the main board box 82 and the payout control board box 86. When hot air is blown to the portions covering the vicinity of the lower end of the back surface (including the vicinity of the lower end of the payout control board box 86), the respective portions of the inner packaging sheet SH1 are thermally contracted to substantially adhere to the gaming machine P1.

  Next, the gaming machine P1 is cooled at room temperature while being transported downstream by the third conveyor device 253, and the heat-shrinkable portion of the inner packaging sheet SH1 is cured, so that the inner packaging sheet SH1 is transferred to the gaming machine P1. A substantially close contact state is maintained. As described above, the packaging in the gaming machine P1 by the inner packaging device 201 is completed.

  Here, FIG. 15 is a side view of the gaming machine P1 whose packaging has been completed, FIG. 16 is an enlarged side view showing the lower part of the gaming machine P1, and (a) is after the sheet is wound and before the heat treatment The state after passing through the preliminary heat treatment position H2 and before passing through the heat treatment position H3 is shown, and (b) shows the state after heat treatment (after passing through the heat treatment position H3). As can be seen from FIG. 15, the inner packaging sheet SH1 is in close contact with the step shape on the outer periphery of the gaming machine P1. In addition, from FIG. 16, the inner packaging sheet SH1 is in a state of being strongly contracted by heat shrinkage due to heat treatment by blowing hot air from the third nozzle 273 to the eighth nozzle 278, and the upper plate 63 and It can be seen that the lower plate 70 is in close contact with the main board box 82 and the payout control board box 86 on the back side.

(4) First printing step S4
The gaming machine P1 in which the inner packaging sheet SH1 is closely packed in the inner packaging step S3 is transferred to the apparatus downstream by the belt conveyor 152. A first printing device 180 connected to the computer 110 is provided in the middle of the conveyance path of the belt conveyor 152. The first printing apparatus 180 includes a printer head 182 that prints on the inner packaging sheet SH1 by an inkjet method, a CPU, a ROM, a RAM, a control circuit, a communication I / O, and the like (not shown). Each unit is controlled in accordance with a program written in the ROM. The printer head 182 includes two printer heads 182a and 182b that can simultaneously print out different contents. One printer head 182a is disposed on the front side of the gaming machine P1 that is transported on the belt conveyor 152 and the other. The printer head 182b is disposed at a position where the head end faces the back side of the gaming machine P1 and is separated from the surface of the gaming machine P1 being conveyed by a predetermined distance (for example, several centimeters to several tens of centimeters).

  Here, if the printer head is arranged at a position facing the control board such as the main board of the gaming machine P1, in the unlikely event that the inner packaging sheet SH1 is torn, ink adheres to the control board and a defect occurs. there's a possibility that. Therefore, in the present embodiment, in order to prevent such a problem from occurring, the printer heads 182a and 182b are arranged so as to face the positions avoiding the control board. The printer heads 182a and 182b have piezo elements, and a control circuit generates an applied voltage pattern to drive the piezo elements. Then, the printer heads 182a and 182b eject ink in dot units. Further, information input from the computer 110 via the communication I / O is stored in the RAM, and control for printing the information is performed. When shipping information for managing the shipment of the gaming machine P1 is input from the computer 110, the printer heads 182a and 182b ship the inner packaging sheet SH1 attached to the gaming machine P1 conveyed on the belt conveyor 152 by the printer heads 182a and 182b. Information is printed (first printing step S4).

Specifically, the name of the gaming machine, the management number, and the total number of deliveries are printed on the front side of the inner packaging sheet SH1 by the printer head 182a arranged opposite to the front side of the gaming machine, and the printer head 182b arranged on the back side. The delivery destination name is printed on the back side of the packaging sheet SH1. Here, FIG. 17 is a perspective view showing the front side of the gaming machine P1 after completion of the inner packaging process and the first printing process, and shipping information such as the gaming machine name is printed at the center in the vertical direction of the inner packaging sheet SH1. Has been. In addition, since the ink of the dot pattern based on the shipping information is discharged from the printer heads 182a and 182b in synchronization with the conveyance by the belt conveyor 152, the belt conveyor 152 is conveying the gaming machine P1 (that is, the conveyance is stopped). Printing is possible, and it is not necessary to provide means for scanning the printer heads 182a and 182b. . Further, as described above, the inner packaging sheet SH1 is shrunk by heat treatment, and is substantially in close contact with the outer periphery of the gaming machine P1, and the surface is flattened. Therefore, the surface of the inner packaging sheet SH1 is formed by the ink jet printer heads 182a and 182b. Clear printing can be performed.
Further, when the print data is held in the internal RAM, a signal indicating that the print data is being held is sent to the computer 110 via the communication I / O. When the print data can be input, the communication I / O is sent. A signal indicating that the print data can be input is transmitted via. The first printing device 180 can employ a known printing device capable of printing on a sheet made of a resin material such as nylon.

(5) Outer packaging process S5
After the shipping information is printed on the inner packaging sheet SH1 in the first printing step S4, the gaming machine P1 is transferred to the outer packaging device 301 by the belt conveyor 152, and the entire gaming machine P1 is sealed with the outer packaging sheet SH2. So as to perform bagging (outer packaging step S5).
Hereinafter, the configuration and operation of the outer packaging device 301 will be described with reference to the drawings. 18 is a front view of the outer packaging device 301, FIG. 19 is a plan view of the outer packaging device 301, FIG. 20 is an explanatory view of the sheet supply device 311, and FIG. 21 is a front view showing the sheet gripping device from the carry-in side of the gaming machine. 22 is a front view of the longitudinal heat welding and cutting mechanism 340, FIG. 23 is a front view of the bag tensioning device 375, FIG. 24 is a front view of the bag mouth heat welding mechanism 385, and FIG. It is a perspective view which shows P1. The outer packaging sheet SH2 used in the outer packaging step S5 is made of a material such as thermoplastic resin similar to the inner packaging sheet SH1 and is transparent or colored in a different color from the inner packaging sheet SH1. It is a translucent sheet. Further, the sheet supply device 311 constitutes the sheet unfolding supply means of the present invention, the longitudinal heat welding / cutting mechanism 340 constitutes the longitudinal heat welding / cutting means, and the bag mouth heat welding mechanism 385 constitutes the bag mouth heat welding means. It is.

  The sheet supply device 311 of the outer packaging device 301 shown in FIGS. 18 and 19 is arranged so that the front ends of a pair of spindles 315 and 316 arranged in two stages on the front side of the supply frame 313 of the machine frame 312 face each other. It is provided to rotate freely. A handle 317 is attached to the outer end portion of one spindle 315, and the spindle 315 is provided so as to be movable back and forth in the axial direction by rotating the handle 317. Then, by inserting the hollow shaft of the sheet roll R2 in which the outer packaging sheet SH2 folded in two in the longitudinal direction is fitted between the spindles 315 and 316, the sheet roll R2 is provided so as to be freely rotatable in the horizontal direction. ing. For this sheet roll R2, the folded portion is set on the spindle 315 side.

  A pair of feed rollers 318 and 319 rotatably supported at the upper and lower positions of the supply frame 313 are provided such that one feed roller 318 is rotationally driven by the motor device 10. The dancing roller 321, the intermediate roller 322, and the pair of guide rollers 323 and 323 are rotatably provided on the supply frame 313. Then, as shown in FIG. 20, the outer packaging sheet SH <b> 2 is fed out from the sheet roll R <b> 2 by the rotation control of the motor device 10, and is sent to the guide rollers 323 and 323 through the dancing roller 321 and the intermediate roller 322 at an appropriate time. A provided sheet feeding mechanism 325 is provided.

  A substantially U-shaped sheet folding guide 326 made of a round bar material has an arc-shaped bent portion 327 disposed near the center of one end of the guide rollers 323 and 323, and guide portions 328 extending from the bent portion 327 to the left and right sides are guided by the guide roller. It is arranged above the other end of H.323 and provided in an inclined shape and is fixed to the machine casing 312.

  The 1st conveyor apparatus 330 is an apparatus which carries in the gaming machine P1 which is a to-be-packaged object of the sideways standing posture from the bending part 327 side of the sheet folding guide 326. The first conveyor device 330 is provided with a drive roller shaft 333 that is driven by a motor device 332 on a gantry 331 installed outside the supply frame 313 so as to freely rotate, and one end of an elongated conveyance frame 334 is provided on the drive roller shaft 333. Provide relative rotation. A conveyance unit 337 in which an endless belt 336 is stretched between a roller 335 and a driving roller shaft 333 at the free end of the conveyance frame 334 is caused to face the center position in the sheet folding guide 326, and the frame 333 is separated from the frame 331. It is provided to hold and support.

  As described above, the outer packaging sheet SH2 is fed out from the sheet roll R2 by the rotation control of the motor device 320, and the outer packaging sheet SH2 fed through the dancing roller 321 and the intermediate roller 322 and passed through the guide roller 323 is folded into the sheet. The guide 326 is slid inwardly from the outer side of the guide part 328 and reversed in an unfolded state, and the bottom part passes through the lower part of the conveying part 337 of the first conveyor device 330, and the both side edges SH2 ′ are fed upward. A sheet supply apparatus 311 provided as described above is configured.

  The vertical heat-welding / cutting mechanism 340 is a device that welds the vertical portion of the outer packaging sheet SH <b> 2 fed out from the sheet supply device 311. As shown in FIG. 22, the mounting plates 341 fixed to the left and right support columns 312 a are respectively provided with guide rods 342 arranged vertically so as to freely advance and retreat in the horizontal direction, and the pneumatic cylinders 344 attached to the mounting plates 341 are provided. The rod tip portions 344 a are fixed to a base 343 attached to the tips of the guide rods 342. Two rows of vertically long heat welding bars 345 are attached to one base 343 arranged in an opposing manner, and a heater wire 347 is stretched in the vertical direction on the inner surface of the heat welding bar 346 attached to the other base 343. Then, a pair of heat welding bars 345 and 346 are provided to be freely opened and closed by each pneumatic cylinder 344, and the heat welding bars 345 and 346 are closed to apply the longitudinal heat welding to the outer packaging sheet SH2, and The middle is provided so as to be cut in the vertical direction by the heater wire 347.

  The sheet gripping device 350 is a device for gripping the upper end portion of the outer packaging sheet SH2 that has been subjected to the longitudinal heat welding and cutting by the longitudinal heat welding and cutting mechanism 340. As shown in FIG. 21, the sheet gripping device 350 has a pneumatic cylinder built in a mounting plate 351 fixed to the top frame 312b of the machine frame 312 and a pair of guide rods 353 that can be moved up and down by the cylinder. A cylinder device 352 is attached. A lower U-shaped support frame 354 is attached to the lower end portion of the guide rod 353, and pneumatic cylinders 355 having a holding piece 356 attached to the distal end portion of the rod are provided on both left and right sides of the support frame 354 so as to face each other. The holding pieces 356 and 356 are provided by 355 so as to be openable and closable with respect to the outer packaging sheet SH2.

  The 2nd conveyor apparatus 50 is an apparatus which conveys the game machine P1 intermittently. A frame 362 is attached to a base 361 fixed to the machine frame 312, and a drive shaft 363 to which a sprocket 364 is fixed and a driven shaft 365 to which a sprocket 366 is fixed are provided on the frame 362 so as to be freely rotatable at regular intervals. The endless chain 367 having a caterpillar shape is hung over the sprockets 364 and 366. The motor device 368 drives the drive shaft 363 intermittently. The conveyance part 369 of this 2nd conveyor apparatus 360 is arrange | positioned linearly with the conveyance part 337 of the 1st conveyor apparatus 330, as shown in FIG. Further, a general forced drive type roller conveyor 370 is installed in a straight line on the transport unit 369 on the carry-out side of the second conveyor device 360.

  The bag tensioning device 375 is a device for gripping the upper end portion of the bag a with the bag mouth open and holding the bag loosely in the vertical direction. As shown in FIG. 23, this bag tensioning device 375 has a cylinder device 377 in which a pneumatic cylinder is built in a mounting plate 376 fixed to the top frame 312c and a pair of guide rods 378 are provided so as to be movable up and down by the cylinder. Is attached. The base 379 fixed to the lower end of the guide rod 378 is provided with a cylinder device 380 having a built-in pneumatic cylinder and a pair of guide rods 381 that are movable in the horizontal direction so as to be opposed to the left and right sides. A holding piece 382 is provided at each of the front end portions. Thus, the holding pieces 382 and 382 are opened and closed with respect to the bag a by the cylinder devices 380 and 380, the upper end of the bag a is held by the holding pieces 382 and 382, and the base 379 is raised by the cylinder device 377. Thus, the bag a is configured to be held tightly in the vertical direction.

  As shown in FIGS. 18 and 24, the bag mouth heat welding mechanism 385 for welding the opening b of the bag a incorporates a pneumatic cylinder 388 in each mounting plate 386 fixed to the cross beam 312d of the machine frame 312. At the same time, a cylinder device 387 in which a pair of guide rods 389 is provided so as to be movable up and down by the same cylinder is attached, and the cylinder devices 387 are provided oppositely on the left and right sides. A horizontally long heat-welding bar 391 is attached to the base 390 fixed to the tip of the guide rod 389. Thus, a pair of heat welding bars 391 are provided so as to be freely opened and closed by the cylinder devices 387 and 387, and the heat welding bars 391 are closed so as to weld the opening b of the bag a held in tension by the bag tensioning device 375. .

Next, the operation of the outer packaging apparatus 301 having the above-described configuration will be described. First, the bi-folded outer packaging sheet SH2 fed from the sheet roll R to the guide roller 323 side by the sheet feeding mechanism 325 slides inward from the outside of the guide portion 328 of the sheet folding guide 326 and reverses in an unfolded state. Then, the bottom part passes below the conveying part 337 of the first conveyor device 330 and is fed out with its both side edges SH2 ′ as the upper part.
Next, the outer packaging sheet SH2 fed out from the sheet supply device 311 is subjected to longitudinal heat welding by the longitudinal heat welding and cutting mechanism 340, and the middle of the welded portion is cut in the longitudinal direction by the heater wire 347. . At this time, the upper end portion of the cut outer packaging sheet SH2 is gripped by the holding piece 356 of the sheet gripping device 350, and in this state, the gaming machine P1 which is in the standing posture is laterally wrapped by the first conveyor device 330. The sheet SH2 is conveyed into the accommodation space.

Next, the holding piece 356 of the sheet gripping device 350 is opened, and the first conveyor device 330 and the second conveyor device 360 are operated synchronously to move the gaming machine P1 stored in the accommodation space by a predetermined distance to move the second conveyor device 356. Stop on the conveyor 369 of the conveyor device 360.
Therefore, at the position corresponding to the rear side (incoming side) of the gaming machine P1, the second longitudinal heat welding is performed on the outer packaging sheet SH2 by the longitudinal heat welding and cutting mechanism 340, and the longitudinal heat welding is performed. The middle of the welded portion is cut in the vertical direction. In this way, the gaming machine P1 is in a state of being wrapped by one bag a that is formed by separating the succeeding outer packaging sheet SH2 by performing longitudinal heat welding on the front and rear sides.

  Next, when the gaming machine P1 contained in the bag a is moved to the position of the bag mouth heat welding mechanism 385 by the second conveyor device 360 and stopped, as shown in FIG. It is gripped by the holding piece 382 of the tensioning device 375 and is gently tensioned and held in the vertical direction. In this state, the heat welding bar 391 of the bag mouth heat welding mechanism 385 is closed, and the opening b of the bag a is welded. After the welding, the heat welding bar 391 is opened, and the gaming machine P1 is completely sealed and packaged (see FIG. 25 described later). By repeating the series of operations described above, the gaming machines P1 continuously fed by the first conveyor device 330 are packaged one by one and sent to the outside by the second conveyor device 360 and the roller conveyor 370.

(6) Second printing process When the entire gaming machine P1 is hermetically packaged by the outer packaging sheet SH2 in the outer packaging process S5, the gaming machine P1 wrapped by the belt conveyor 153 is transferred to the lift lift 160, and the lowest floor Transport to. The lift 160 has holding parts 161 and 161 that can move up and down of the gaming machine P1, and the holding parts 161 and 161 hold the game machine P1 hermetically sealed at a predetermined timing under the control of the control panel 122. And hold it down and move it down. When the hermetically sealed gaming machine P1 is transferred to the lowest floor, it is transferred to a predetermined recording position by the belt conveyor 170. A second printing apparatus 190 connected to the computer 110 is provided at the recording position.

Since the second printing device 190 is the same as the first printing device 180 described above, description of the configuration of the printing device is omitted. However, the printer head 192 of the second printing apparatus 190 is disposed to face only the front side of the gaming machine that moves on the belt conveyor. When shipping information for managing the shipment of gaming machines is input from the computer 110, the shipping information is printed by the printer head 192 on the outer packaging sheet SH2 that hermetically wraps the gaming machine P1 moving on the belt conveyor 170 ( Second printing step S6). Specifically, the delivery destination name, address, shipping company, and total number of deliveries are printed on the front side of the outer packaging sheet SH2 by the printer head 192. Here, FIG. 25 is a perspective view showing the front side of the gaming machine P1 after the outer packaging process and the second printing process, and a game is placed in the center in the vertical direction of the outer packaging sheet SH2 for sealing and packaging the entire gaming machine P1. Shipping information such as machine name is printed.
Further, when the print data is held in the internal RAM, a signal indicating that the print data is being held is sent to the computer 110 via the communication I / O. When the print data can be input, the communication I / O is sent. A signal indicating that the print data can be input is transmitted via.

  After the shipping information is printed on the outer packaging sheet SH2, the gaming machine P1 is transferred by the belt conveyor 170 and temporarily stored in a storage warehouse or loaded on a shipping truck for shipment as the final process of the production line. . In this packaging line, the shipping information corresponding to the management number printed on the certificate is automatically printed on the inner packaging sheets SH1 and 2, so that the certificate affixed to the gaming machine by the operator's visual recognition. It is no longer necessary to manage the shipment by comparing the management number of the delivery number with the shipment information for shipment management. The computer 110 that performs this processing will be described in detail later.

(7) Shipping Management System Next, the configuration of the shipping management system 100 applied to the packaging line described above will be described with reference to FIG. FIG. 26 is a schematic block diagram showing the shipping management system 100 together with the internal configuration of the computer 110. 26, in the computer 110, a CPU 111, a timer circuit 111a, a ROM 112, a RAM 113, an I / O circuit 114, a hard disk drive 115a, a printer interface 119, and the like are connected to a bus 110a. Connected to the hard disk drive 115a is a hard disk 115 that stores various control programs and various shipping information for managing the shipment of products. In addition, a display 116 via a CRT interface, an audio output device 117 via an audio output interface, and a keyboard 118 via an input interface are also connected. Based on a control program stored in the ROM 112 or the hard disk 115, the CPU controls each unit while using the RAM as a work area.

  A printer 119a is connected to the printer interface 119. The printer 119a includes a CPU, ROM, RAM, control IC, printer head, communication I / O, etc. (not shown), and the CPU controls each part of the printer according to a program written in the ROM while using the RAM as a work area. It is supposed to be. Then, the print data input from the computer 110 via the communication I / O is temporarily stored in the RAM, and printing is performed.

  Connected to the I / O circuit 114 are CCD imaging devices 131 to 133, 231 to 233, first printing devices 180 and 190, a control panel 121, and the like provided in the production line. That is, the computer 110 can take in image data from the CCD imaging devices 131 to 133 via the I / O circuit 114 and can output information to be printed on the printing devices 180 and 190. It is also possible to capture a signal from the control panel 121 and output a line stop signal to the control panel 121. Note that various modes of connection with the CCD imaging device, the printing device, and the control panel are conceivable. For example, a general-purpose USB interface may be used, or an RS-232C interface may be used.

  The hard disk 115 is provided with a shipping information storage area that stores the management number, the part management number, and the like in correspondence with the shipping information. FIG. 27 schematically shows an example of the structure of information stored in the shipping information storage area. Here, the management number is identification information that is attached to a gaming machine as a product and identifies the product, and the part management number is identification information that is attached to a part constituting the product and identifies the part. The shipping information is information for managing the shipping of the product. In this embodiment, the management number and the parts management number are handled as being included in the shipping information, but the management number and the parts management number may be handled as not being included in the shipping information. In the shipping information of the gaming machine, the code of the name of the hall to which the gaming machine is delivered, the branch office in charge of the hall, the name of the gaming machine, the quantity to which the gaming machine is delivered, the delivery date of the product, the transportation to transport the product A vendor assigns a management number (the management number of the certificate P11) attached to the game board, a lot management number assigned to the ROM (the lot management number of the certificate P12), and a parts management number (the above certificate paper) attached to the board box. P13 component management number). Of course, the shipping information can be configured in various structures, the shipping information can be configured without some of the information, and the shipping information can also be configured including other information. . In addition, various structures are possible to associate the shipping information with the management number. For example, the hall name, branch office, product name, quantity, delivery date, and carrier that make up the shipping information for the quantity to be delivered are the same information. Therefore, a list of management numbers and parts management numbers corresponding to the shipping information may be stored in the shipping information storage area.

  Next, the operation of the shipping management system 100 will be described. First, in producing a gaming machine, it is necessary to input shipping information to the computer 110. For that purpose, it is necessary to turn on the computer 110 and start the control program for the shipping management system 100. FIG. 28 is a flowchart illustrating an outline of processing performed by the computer 110. When the computer 110 is turned on, the menu screen shown in FIG. 29 is displayed (S205). In the figure, selectable menu contents D11 are displayed together with numbers. A number input field D12 is provided at the bottom of the screen, and the menu contents can be selected by an operation input of the keyboard 118. Here, the menu contents include “shipping information input” for inputting shipping information, “line management” for managing the operation of the production line, “search execution” for searching for shipping information, “option” for performing other processing, There is an “end” to end the running control program.

  Next, it is determined whether or not the operation input of the number displayed on the screen is performed on the number input field D12 by the keyboard 118 (S210). If the condition is not satisfied, the process of S210 is repeated until the operation input of the number displayed on the screen is performed. When the operation input of the number displayed on the screen is performed, it is determined whether or not the operation input number corresponds to the “end” menu (S215). If the condition is met, this flow ends. On the other hand, if the number input by the operation is other than the “end” menu, the processing according to the number input by the operation is performed (S220), and the process returns to S205 to display the menu screen again.

  When “shipping information input” is selected and input on the menu screen, a shipping information input process is executed in S220, and the hall name (code), the branch office in charge, and the product name that are the same information for the quantity delivered on the shipping information input screen In response to input in the input fields corresponding to the quantity, delivery date, and carrier, a plurality of management numbers assigned to the game board and a plurality of component management numbers assigned to the board box are input. When “execute search” is selected and input on the menu screen, search information output processing is executed in S220 to search for shipping information.

  When “line management” is selected and input on the menu screen, line management processing is executed in S220. Here, FIGS. 30 and 31 are flowcharts showing the contents of the line management process. In this flow, the management number printed on the certificate, the lot management number, and the part management number are acquired, and the corresponding shipping information is printed on the product packaging. First, the line management screen shown in FIG. 32 is displayed on the display 116 (S402 in FIG. 30). Next, it is determined whether image data is input from the CCD imaging devices 131 to 133 (S404). In FIG. 5, when the gaming machine P1 moving on the belt conveyor 151 reaches a predetermined imaging position, the CCD imaging devices 131 to 133 capture the management number, lot management number, and component management number of the certificate sheets P11 to P13. Then, the CCD imaging devices 131 to 133 output the captured digital image data to the computer 110 together with a request to output the image data. The computer 110 determines whether image data is input by detecting whether a request to output image data is input via the I / O circuit 114. If no image data has been input, the process proceeds to S436 in FIG. 31, and a process of outputting print data to the first printing apparatus and the second printing apparatus is performed.

  If image data is input, the process proceeds to S406, where the image data is obtained from the CCD imaging devices 131-133, character recognition is performed on the obtained image data by a pattern matching method or the like, and the character data is replaced. Then, the management number, the lot management number, and the part management number printed on the certificate papers P11 to P13 are acquired from the replaced character data and displayed on the display 116 (S408). The acquired management number is the number printed on the certificate paper P11 affixed to the game board 30, the lot management number is the number printed on the certificate paper P12 affixed to the ROM 83, and the component management number is the board box. This is the number printed on the stamp P13 affixed to 82.

  Here, assuming that the management number, the lot management number, and the part management number could not be acquired correctly, in S410, it is determined whether or not the acquired management number is in a predetermined format. In the example of FIG. 27, in the case of the management number and the part management number, since it is a 9-digit number, it is determined whether or not the acquired management number and the part management number are a 9-digit number. If the condition is satisfied, the process proceeds to S418. On the other hand, when it is determined that the format is not the predetermined format, for example, error information indicating that the management number, lot management number, or parts management number could not be acquired, such as “Could not fetch management number” is created ( S412). Thereafter, the created error information is displayed in the error display area D33 of the line management screen, and a buzzer sound is output from the audio output device 117 (S414). Then, a line stop signal is output to the control panel 121 (S416), and the process returns to S404. Then, since the control panel 121 stops the operation of the production line, it is possible to restart the operation of the production line after eliminating the cause that the management number or the like could not be acquired. As described above, the fact that the management number, the part management number, etc. could not be acquired is output to the outside, so that product shipment can be managed reliably. It should be noted that a lamp or sound output device is attached in the vicinity of the CCD image pickup devices 131 to 133 so that when the acquired management number or the like is not in a predetermined format, the light is emitted and a warning sound is output from the sound output device. May be.

  If it is determined that the management number or the like acquired in S410 is in a predetermined format, it is determined whether or not the management number, lot management number, and part management number correspond with reference to the shipping information storage area (S418). ). In the example of FIG. 27, when the management number “010901001” is acquired from the image data from the CCD image pickup device, “0107033” is acquired as the ROM component management number and “0100802071” is acquired as the component management number of the board box. If these numbers are not acquired, these management numbers do not correspond. If the condition is satisfied, the process proceeds to S422. On the other hand, if these management numbers do not correspond, for example, error information indicating that the management number, lot management number, and parts management number do not correspond, such as “Three management numbers are not supported”. Is created (S420). Thereafter, the error information created in the error display area D33 is displayed using the flow of S414 to S416 described above, a buzzer sound is output from the audio output device 117, and a line stop signal is sent to the control panel 121. Output and return to S404.

  As described above, the processes of S404 to S416 and S418 to S420 are performed by using the CCD image pickup device and the identification information attached to the gaming machine as the product and the identification information attached to the parts constituting the product. Configure information acquisition means. In FIG. 5, the gaming machine P1 for which the management number or the like has been acquired is transferred by the belt conveyor 151, and after the first packaging is performed by the inner packaging device 201, it is transferred to the inner packaging sheet SH1 by the belt conveyor 152. After the second packaging is performed by the outer packaging device 301, the sheet is transported to the position for printing on the outer packaging sheet SH2 by the belt conveyor 153, the lift lift 160 and the belt conveyor 170. Will be.

  In S422, it is determined whether or not the shipping information corresponding to the acquired management number and part management number is stored in the shipping information storage area. In the example of FIG. 27, when “0100901001” is acquired as the management number and “0100802071” is acquired as the parts management number, the shipping information corresponding to the management number is stored in the shipping information storage area. The shipping information is stored. If the condition is satisfied, the process proceeds to S432 in FIG. On the other hand, when the shipping information corresponding to the acquired management number or the like is not stored, error information indicating that there is no shipping information such as “there is no corresponding shipping information” is created (S424). Then, the process of the flow of S414-S416 mentioned above is performed, and it returns to S404. That is, the fact that there is no shipping information is also output to the outside, so that product shipping can be managed more reliably.

  In S432 of FIG. 31, the shipping information corresponding to the acquired management number and the part management number is acquired from the shipping information storage area. Then, the shipping information is stored in the RAM 113 in the order in which the management numbers and the like are acquired (S434). Here, as shown in FIG. 33, the shipping information is sequentially stored in the RAM 113 in correspondence with the management number and the part management number. The example in the figure shows that shipping information for five gaming machines is acquired and accumulated in the order of <1> to <5>.

  In S436, it is determined whether or not the shipping information can be output as print data to the first printing apparatus 180. When the first printing apparatus 180 holds the print data in the internal RAM, a signal indicating that the print data is being held is sent, so the condition is not satisfied, and the process proceeds to S440. Also, when the shipping information that has not been output to the first printing device 180 is not stored in the RAM 113, the condition is not satisfied, and the process proceeds to S440. If it is determined that the shipping information can be output to the first printing device 180, the shipping information acquired earliest among the shipping information that has not been output is output to the first printing device 180 (S438). Then, the first printing apparatus 180 obtains the shipping information and prints the shipping information on the front side and the back side of the inner packaging sheet SH1 that tightly wraps the outer periphery of the gaming machine. For example, the gaming machine name, management number, and total number of deliveries are printed on the front side, and the delivery destination is printed on the back side. FIG. 34 (a) shows an example of shipping information printed on a substantially middle portion in the vertical direction on the front side of the inner packaging sheet SH1, and FIG. 34 (b) shows an example of shipping information printed on the back side. ing. In the figure, all of the shipping information is printed in one line. Of course, printing can be performed in various formats, and shipping information may be printed over a plurality of lines.

  When performing the process of S438, a pointer indicating the earliest shipping information among the shipping information not output to the first printing apparatus 180 is used. The pointer is “1” in the initial state, and “1” is added every time the shipping information is output to the first printing apparatus 180. In the example of FIG. 33, among the shipping information stored in the RAM 113, shipping information corresponding to <1> and <2> has already been output to the first printing apparatus 180 and has not been output. The pointer indicating the shipping information acquired earliest is “3”. Therefore, the shipping information corresponding to <3> is output to the first printing apparatus 180, and “1” is added to the pointer. Then, the shipping information is printed on the inner packaging sheet SH1 of the gaming machine that is transferred by the belt conveyor 152 in the order in which the shipping information is acquired. Therefore, when continuous production of gaming machines is performed, product packaging and shipping information recording can be performed continuously even on a line that takes time to transport the product.

  Next, in S440, it is determined whether or not the shipping information can be output as print data to the second printing apparatus 190. When the second printing apparatus 190 holds the print data in the internal RAM, a signal indicating that the print data is being held is sent, so the condition is not satisfied, and the process returns to S404 to acquire the management number and the like. . Also, when the shipping information that has not been output to the second printing apparatus 190 is not stored in the RAM 113, the condition is not satisfied, and the process returns to S404. If it is determined that the shipping information can be output to the second printing device 190, the shipping information acquired earliest among the shipping information that has not been output is output to the second printing device 190 (S442). Then, the second printing device 190 obtains the shipping information and prints the shipping information on the outer packaging sheet SH2 that wraps the entire gaming machine. For example, the delivery destination name, delivery destination address, shipping company, and total number of deliveries are printed on the front side of the outer packaging sheet SH2. FIG. 35 shows an example of the shipping information printed on a substantially middle portion in the vertical direction on the front side of the outer packaging sheet SH2. In the figure, all of the shipping information is printed in one line. However, as with the above-described inner packaging sheet SH1, printing can be performed in various formats, and the shipping information can be printed over a plurality of lines. Also good.

  When performing the process of S442, a pointer indicating the shipping information acquired earliest among the shipping information not output to the second printing apparatus 190 is used. The pointer is “1” in the initial state, and “1” is added every time the shipping information is output to the second printing apparatus 190. In the example of FIG. 33 (the output status to the second printing device), the shipping information corresponding to <1> among the shipping information stored in the RAM 113 has already been output to the second printing device 190. The pointer indicating the shipping information acquired earliest among the shipping information not output is “2”. Therefore, the shipping information corresponding to <2> is output to the second printing apparatus 190, and “1” is added to the pointer. Then, the shipping information is printed on the outer packaging sheet SH2 of the gaming machine that is transferred by the belt conveyor and the lifting lift in the order in which the shipping information is acquired. Therefore, when continuous production of gaming machines is performed, product packaging and shipping information recording can be performed continuously even on a line that takes time to transport the product.

  If the first printing apparatus 201 and the second printing apparatus 301 do not have a function of outputting a signal indicating that print data is being held, the first printing apparatus 201 is operated on the belt conveyor 152 shown in FIG. A photoelectric switch connected to the computer 110 is provided at a position in front and a position in front of the second printing apparatus 301 on the belt conveyor 170, and in S436 or S440, shipping information is sent according to the detection signal of each photoelectric switch. What is necessary is just to judge whether it can output to the 1st printing apparatus 201 or the 2nd printing apparatus 301. FIG. If the first printing apparatus 201 and the second printing apparatus 301 have a function of temporarily storing a plurality of print data and printing them in order, the shipping information acquired in S432 instead of performing the processes of S434 to S442. And the management number are immediately output to the first printing apparatus 201 and the second printing apparatus 301, respectively.

  Thereafter, it is determined whether or not to end line management, that is, whether or not a number corresponding to “end line management” has been selected and entered in the number input field D34 of the line management screen (S440). If the line management is not terminated, the process returns to S404, and a process of repeatedly obtaining the management number using the CCD imaging device and outputting the print data to the printing device is performed.

  As is clear from the above detailed description, according to the gaming machine packaging line A of the present embodiment, in the inner packaging apparatus 201, first, the sheet attaching mechanism 211 controls the gaming machine P1 such as the main board box. An inner packaging sheet SH1 made of a thermoplastic material is attached to the outer periphery of the gaming machine P1 so as to cover at least a part of the portion to be performed. Next, when the heat treatment mechanism 251 heat-treats at least a part of the inner packaging sheet SH1 attached to the outer periphery of the gaming machine P1, the inner packaging sheet SH1 is made of a thermoplastic material. Contracts and substantially adheres along the outer peripheral shape of the gaming machine P1. After the heat treatment by the heat treatment mechanism 25 is completed, the heat-treated portion of the inner packaging sheet SH1 made of a thermoplastic material is cooled and cured at room temperature, so that the inner packaging sheet SH1 is in close contact with the outer periphery of the gaming machine P1. Kept. Subsequently, the first printing device 180 prints information related to the gaming machine such as the gaming machine name and the management number on the inner packaging sheet SH1 wrapped by the inner packaging device 201. At this time, since the inner packaging sheet SH1 is in close contact with the outer periphery of the gaming machine P1, clear printing can be performed on the surface. That is, the process of attaching the inner packaging sheet SH1 made of a thermoplastic material to the outer periphery of the gaming machine so as to cover at least a part of the part that controls the gaming machine P1 by the gaming machine packaging line A; A step of heat-treating and shrinking at least a part of the inner packaging sheet SH1 attached to the outer periphery of P1, and causing the inner packaging sheet to substantially adhere to the outer peripheral shape of the gaming machine P1, and an inner packaging sheet SH1. In addition, the process of printing information on the gaming machine P1 can be performed automatically and continuously.

The gaming machine P1 wrapped by the gaming machine packaging line A is packaged so that the inner packaging sheet SH1 is substantially in close contact with the outer periphery. Can be prevented. That is, in order to tamper with the part that controls the gaming machine P1, such as the main board, it is necessary to cut and open the inner packaging sheet SH1. For this reason, since the inner packaging sheet SH1 is opened when unauthorized modification is performed, the unauthorized modification can be reliably detected. Further, once the inner packaging sheet SH1 is cut and unsealed, it is substantially closely attached to the outer periphery of the gaming machine P1 so as to cover at least a part of the part that controls the gaming machine P1, and then repackaged. It is extremely difficult to return to the state, and it is expected that the effect of preventing unauthorized modification by reducing the willingness of those who try to perform unauthorized modification is expected. Further, since information relating to the gaming machine is printed on the inner packaging sheet SH1 for packaging the gaming machine P1, in a mass-produced gaming machine, the gaming machine can be easily used at the time of shipment, delivery, installation work in a hall, etc. You can check the information about. In addition, the information on the gaming machine is printed on the inner packaging sheet SH1, thereby increasing the difficulty of counterfeiting the packaging sheet, making it possible to find unauthorized alterations more reliably and improving the effect of preventing unauthorized modification. be able to.
The inner wrapping device 201 is contracted by heat treatment in a state where the inner wrapping sheet SH1 is attached and is brought into close contact with the outer periphery of the gaming machine, so that the sheet is stretched and wound around the gaming machine for packaging. Thus, it is not necessary to adjust the stretch strength and winding strength of the sheet. For this reason, there is no problem that the inner wrapping sheet SH1 is torn or the inner wrapping sheet SH1 is wound to adversely affect each component of the gaming machine.

  Further, according to the present embodiment, after the entire gaming machine P1 in which the inner packaging sheet SH1 is packaged on the outer periphery is packaged in a sealed manner by the outer packaging sheet SH2, the second printing is performed. The device 190 prints information related to the gaming machine on the outer packaging sheet SH2 packaged by the outer packaging device 301. That is, a process for packaging a gaming machine with an inner packaging sheet, a process for printing information about the gaming machine on the inner packaging sheet, a process for packaging with an outer packaging sheet, and a game for the outer packaging sheet The process of printing information about the machine can be performed automatically and continuously. Accordingly, since the packaged gaming machine P1 is double-wrapped by the inner packaging sheet SH1 and the outer packaging sheet SH2, it is possible to more reliably detect unauthorized modification and prevent unauthorized modification. Can be planned. That is, in order to tamper with the part that controls the gaming machine such as the main board, it is necessary to first cut and open the outer packaging sheet SH2, and further cut and open the inner packaging sheet SH1. For this reason, when unauthorized modification is performed, since the outer packaging sheet SH2 and the inner packaging sheet SH1 are opened, the unauthorized modification can be reliably detected. Also, once the inner packaging sheet SH1 is cut and unsealed, it is closely adhered to the outer periphery of the gaming machine so as to cover at least a part of the gaming machine control, and then rewrapped to the original state. It is extremely difficult to return, and furthermore, the entire gaming machine is sealed by the outer wrapping sheet SH2, so that not only the dust and the like are prevented from sticking, but also the wrapping state by the inner wrapping sheet SH1 is securely maintained. Therefore, when packaging is performed again by a person who has performed unauthorized modification, this can be reliably detected. Furthermore, since the stricter double wrapping is given to the gaming machine by the inner wrapping sheet SH1 and the outer wrapping sheet SH2, it reduces the willingness of those who try to tamper with, It is also expected to be effective in preventing unauthorized modification.

  In addition, since information on the gaming machine is printed on both the inner packaging sheet SH1 and the outer packaging sheet SH2, the difficulty of counterfeiting the packaging sheet is further increased, and the discovery of unauthorized modification becomes more certain. Therefore, it is possible to improve the effect of preventing unauthorized modification. Further, since information relating to the gaming machine is also printed on the outer packaging sheet SH2, the information relating to the gaming machine can be easily visually recognized from the outside during shipping, delivery, installation work in the hall, and the like.

Furthermore, conventionally, since the packaging with the inner packaging sheet was not performed, various information was printed only on the packaging with the outer packaging sheet. However, the ink adheres to the part that controls the main part of the gaming machine. In order to avoid the occurrence of defects, it is necessary to print while avoiding the relevant part of the outer packaging sheet, and there is a problem that the amount of information that can be printed is limited due to the limited printing space and the characters to be printed There was also a problem such as having to set a smaller size. According to this embodiment, since information can be printed on both the inner packaging sheet SH1 and the outer packaging sheet SH2, a sufficiently large printing space can be secured and a large amount of information can be printed. Further, according to the present embodiment, since the inner packaging sheet SH1 is packaged so as to cover at least the portion to be controlled inside the outer packaging sheet SH2, there is no restriction as described above, and the outer packaging sheet SH1 is used. Information can be printed with characters of an arbitrary size at an arbitrary position on the sheet SH2, and the work efficiency can be greatly improved. For example, the management number is printed with extremely small characters on the certificate paper affixed to the gaming machine P1, and the management number is printed in a relatively large size on the inner packaging sheet SH1 or the outer packaging sheet SH2, thereby improving work efficiency. A significant improvement can be expected.
Further, according to the present embodiment, as is apparent from referring to FIG. 25, the portion printed on the inner packaging sheet SH1 by the first printing device 180 and the outer packaging sheet SH2 by the second printing device 190. Since the place to be printed is adjacent, when performing the shipping operation of the gaming machine P1, the information printed on the outer packaging sheet SH2 and the inner packaging sheet SH1 visible through the transparent outer packaging sheet SH2 The information printed on the screen can be viewed at a time, and the working efficiency is improved.
Further, according to the present embodiment, the first printing device 180 applies the first information (game machine name, management number, total number of deliveries, and the like) to the inner packaging sheet SH1 wrapped by the inner packaging device 201. The delivery destination name is referred to as first information. Hereinafter, the same applies to the outer packaging sheet SH2 printed by the outer packaging device 301. The second printing device 190 defines at least the first information. Since the second information (delivery destination name, address, shipping company, total number of deliveries is referred to as second information, the same applies hereinafter) differs in part, depending on the use of each packaging sheet Information can be printed.
In addition, since the inner packaging sheet SH1 is printed with at least first information including identification information that can identify the gaming machine, the gaming machine can be identified with the inner packaging sheet SH1 being packaged. The inner packaging sheet SH1 is unique to the gaming machine, and forgery of the packaging sheet can be prevented. In addition, since the second information including at least information related to the delivery destination of the gaming machine is printed on the outer packaging sheet SH2, information on the delivery destination (for example, delivery) can be obtained by viewing the outer packaging sheet SH2. Name, delivery address, etc.).

In addition, the first information printed on the inner packaging sheet SH1 and the second information printed on the outer packaging sheet SH2 are at least partially in common (that is, both include the “total number of deliveries”). Therefore, it can be confirmed that the inner packaging sheet SH1 and the outer packaging sheet SH2 are packaged in a correct combination. Therefore, for example, even when the packaging line is temporarily stopped for some reason and then the operation is resumed, it can be confirmed whether or not the combination of the inner packaging sheet SH1 and the outer packaging sheet SH2 is correct. . In addition, it is preferable that the serial number of the gaming machine is attached to the total delivery number of the gaming machine. For example, if it is the fifth of the total delivery of 30 units, it may be printed as 5/30.
In addition, the first printing device 180 has print heads 182a and 182b arranged on the side of the conveyance path of the game machine P1 that has been wrapped inside by the belt conveyor 152 as a conveyance device, and is synchronized with the conveyance operation by the belt conveyor 152. Since the print pattern is output, information about the gaming machine can be printed without stopping the conveyance.
In addition, the CCD imaging devices 131 to 133 as identification information acquisition means accurately and quickly acquire a management number that can identify the gaming machine from a sticker attached to the gaming machine P1, and the computer 110 is provided on the hard disk 115. Shipping information corresponding to the management number is acquired from the shipping information storage area (information storage means), and the first printing device 180 and the second printing device 190 are based on the management number acquired by the CCD imaging devices 131-133. Since the shipping information is printed, it is possible to omit manual operations such as inputting information for the operator to visually recognize the stamp and print it on the packaging sheet.

The present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the spirit of the present invention.
For example, the information printed on the inner wrapping sheet SH1 or the outer wrapping sheet SH2 is not limited to the above-described information. Identification information that can identify the gaming machine, the name of the gaming machine, the total number of deliveries, information on the delivery destination, the game Any of the information about the shipping company that carries the aircraft or any combination of these may be printed.
In the above-described embodiment, the first printing device 180 is configured to perform printing on a flat portion where the inner packaging sheet SH1 is subjected to heat treatment by the heat treatment mechanism 251 and is free from slackness. Also good. By setting it as such a structure, clearer printing can be performed with the sheet | seat SH1 for inner packaging.
Moreover, the location where the hot air is blown in the inner packaging device 201 of the above embodiment is an example, and it goes without saying that it can be appropriately changed according to the shape of the gaming machine and the like. Absent. For example, by performing heat treatment on a portion covering the vicinity of the upper plate 63, it is possible to ensure that the portion around the front surface of the gaming machine P1 is substantially in close contact with the outer periphery of the gaming machine P1. In the heat treatment step, heat treatment may be performed on at least a portion of the inner packaging sheet SH1 that covers the high heat resistance member of the gaming machine P1. For example, the inner packaging sheet SH1 may be subjected to heat treatment at a portion covering a metal member provided in each part of the gaming machine P1. Moreover, you may heat-process in the location which covers the thermosetting resin members (for example, the ashtray etc. which were provided in the front surface of the gaming machine) provided in the gaming machine P1 in the inner packaging sheet SH1. In this way, since heat treatment is performed on the inner packaging sheet SH1 that covers the high heat-resistant member such as a metal member or a thermosetting resin member, the gaming machine P1 is prevented from being damaged by the heat treatment. Can do.

  In the inner packaging device 201 of the above embodiment, the inner packaging sheet SH1 attached to the outer periphery of the gaming machine P1 is heat-treated by blowing hot air from the nozzle. It is good also as a structure which arrange | positions the heater as a heat processing means on both sides, and heat-processes to the sheet | seat SH1 for inner packaging with the heat | fever emitted from a heater.

  In the inner packaging apparatus 201 of the above embodiment, the example is shown in which the accessory cover 85, the main board box 82, and the payout control board box 86 are integrally covered with the inner packaging sheet SH1, but each board box is individually covered. Alternatively, it may be covered, or only the main board box 82 having the highest necessity for preventing unauthorized modification may be wrapped around the outer periphery of the gaming machine P1 so as to be covered with the inner packaging sheet SH1. In this modification, the nozzles are arranged at positions where hot air can be blown toward the vicinity of the upper end portion and the lower end portion of the main board box 82 on the back side of the gaming machine P1, and hot air blowing is performed by The packaging sheet SH1 can be adhered to the outer periphery of the gaming machine.

  Further, in the inner packaging apparatus 201 of the above-described embodiment, packaging may be performed using a packaging sheet on which a logo of a gaming machine manufacturer or the like is printed as the inner packaging sheet SH1 and / or the outer packaging sheet SH2. Good. Repackaging after unauthorized modification can be more reliably prevented by packaging using a packaging sheet on which a logo is printed and difficult to obtain.

  Moreover, in the said embodiment, it may replace with the outer packaging apparatus 301 mentioned above, and it is good also as a structure which employ | adopts the general bagging machine used conventionally. For example, as a bagging machine, a pair of arms for gripping the front end portion of the outer packaging sheet that is cylindrical and wound in a roll shape, a heat welding mechanism, etc., and a pair of arms that grip the front end portion After being moved away from the upper and lower sides of the gaming machine P1, it is moved to a close position below the gaming machine P1, and heat welding is performed on the upper and lower sides of the gaming machine P1. You may use what was comprised so that the part which packaged the game machine P1 may be cut | disconnected from the roll of the sheet | seat for packaging.

  The present invention can be applied not only to a pachinko machine but also to a packaging system for packaging various gaming machines such as a slot machine or a gaming machine in which a pachinko machine and a slot machine are integrated.

It is a perspective view of the gaming machine packaged by the packaging system of the present invention. It is a top view of the gaming machine of FIG. It is a rear view of the gaming machine of FIG. It is a schematic block diagram which shows the gaming machine packaging line which employs the gaming machine packaging system in one embodiment of the present invention. It is a side view which shows typically a part of gaming machine packaging line. It is a front view of an inner packaging apparatus. It is a top view of the inner packaging apparatus which shows the state in which the said game machine is conveyed by the 1st conveyor apparatus. It is a top view of the inner packaging apparatus which shows a mode that the thermal welding and cutting | disconnection of a packaging sheet are performed in the conveyance direction front side of the said game machine. It is a top view of the inner packaging apparatus which shows a mode that winding of the sheet | seat for packaging and the preliminary heat processing are given to the said game machine. It is the figure seen from the conveyance direction front side showing a mode that preliminary heat processing is performed to the arrangement | positioning position of a 1st nozzle and a 2nd nozzle, and the packaging sheet wound around the said game machine. It is a top view of the inner packaging apparatus which shows a mode that the heat welding and cutting | disconnection of a packaging sheet are performed in the conveyance direction back side of the said game machine. It is a perspective view of the gaming machine after completion of winding of the packaging sheet. It is a top view of the inner packaging apparatus which shows a mode that heat processing is given to the packaging sheet wound around the said game machine. It is the figure seen from the conveyance direction front side showing a mode that the heat processing is performed to the arrangement | positioning position of a 3rd nozzle-8th nozzle, and the packaging sheet wound around the said game machine. It is a side view of the gaming machine in which the inner packaging process is completed. It is a side view which expands and shows the lower part of a gaming machine, (a) is the state after winding the sheet (after passing through the preliminary heat treatment position H2 and before passing through the heat treatment position H3), and (b) is the state after completing the inner packaging process Respectively. It is a perspective view of the gaming machine in which the inner packaging process and the first printing process are completed. It is a front view of an outer packaging apparatus. It is a top view of an outer packaging apparatus. It is explanatory drawing of a sheet supply apparatus. It is the front view which showed the sheet | seat holding | gripping apparatus from the carrying-in side of the gaming machine. It is a front view of a vertical direction heat welding cutting mechanism. It is a front view of a bag tensioning device. It is a front view of a bag mouth heat welding mechanism. It is a front view which shows the state which double-packed the gaming machine. It is a schematic block diagram which shows a shipping management system with the internal structure of a computer. It is a schematic diagram which shows typically an example of the structure of the information memorize | stored in the dispatch information storage area. It is a flowchart which shows the outline of the process which a computer performs. It is a figure which shows the example of a display of a menu screen. It is a flowchart which shows a line management process. FIG. 31 is a continuation of the flowchart showing the line management process shown in FIG. 30. FIG. It is a flowchart which shows the example of a display of a line management screen. It is a schematic diagram which shows typically an example of the structure of the dispatch information accumulate | stored in RAM. It is a figure which shows an example of the dispatch information printed on the sheet | seat for inner packaging, (a) is an example of the dispatch information printed on the front side, (b) is shown on the back side. It is a figure which shows an example of the dispatch information printed on the sheet | seat for outer packaging.

Explanation of symbols

A Pachislot machine packaging line (Pachislot machine packaging system)
SH1 Inner packaging sheet SH2 Outer packaging sheet R1 Sheet roll R2 Sheet roll P1 Game machine 63 Upper plate 70 Lower plate 82 Main board box (part for controlling the game machine, main controller, board box)
85 Accessory cover (part for controlling gaming machine, accessory control device, board box)
86 Dispensing control board box (part for controlling the gaming machine, dispensing control device, board box)
110 Computer 115 Hard disk (information storage means)
131-133 CCD imaging device (identification information acquisition means, image data acquisition means)
180 First printing device (printing device)
182 Printer head (printing head)
190 Second printing device (printing device)
192 Printer head (printing head)
201 Inner packaging device 211 Sheet attachment mechanism 212 Sheet supply mechanism (sheet supply means)
213 First conveyor device (conveying means)
214 Thermal welding cutting mechanism (thermal welding cutting means)
229, 131 Heat welding bar 232 Heater wire 251 for cutting Heat treatment mechanism 252 Second conveyor device (conveying means)
253 Third conveyor device (conveying means)
254 Hot air generator (hot air generator, preliminary heat treatment, heat treatment)
261,262 First and second air ducts (preliminary heat treatment means)
263 to 268 3rd to 8th ventilation pipes (heat treatment means, hot air generation means)
271,272 First and second nozzles (preliminary heat treatment means)
273 to 278 Third to eighth nozzles (heat treatment means, hot air generation means)
301 Outer packaging device 311 Sheet supply device (sheet supply and deployment means)
340 Thermal welding cutting mechanism (longitudinal thermal welding cutting means)
385 Bag mouth thermal welding mechanism (bag mouth thermal welding means)

Claims (1)

A system for packaging a gaming machine,
A sheet attaching means for attaching an inner packaging sheet made of a thermoplastic material to the outer periphery of the gaming machine so as to cover at least a part of a part for controlling the gaming machine, and an outer periphery of the gaming machine. A heat treatment means for heat-treating at least part of the inner packaging sheet,
A gaming machine packaging system comprising: a printing device for printing information relating to the gaming machine on an inner packaging sheet wrapped by the inner packaging device.

Images